2023.06.08 04:57 khoafraelich789 50 Most Expensive Cars In The World
![]() | From Aston Martin to Zenvo, these are the most expensive supercars and hypercars ever made. submitted by khoafraelich789 to CarInformationNews [link] [comments] When it comes to high-end hypercars and super-fast supercars, a few companies should come to mind first: Bugatti, Ferrari, Koenigsegg, Rimac, and Pagani, among others. These manufacturers have cemented themselves as the top dogs in the supercar and hypercar space, extending to their wealthiest clientele the fastest, rarest, prettiest – and in this case – most expensive cars on the planet. But in order to find out which of these unattainable-to-most vehicles is the priciest, we've scoured the invoice sheets and uncovered 50 cars all worth $1 million or more. The group includes hybrid Ferrari convertibles, an American speed king, a few electric Hypercars, and two a one-of-a-kind Rolls-Royce cars built for royalty. We should note, though: The prices listed here are the price of the vehicles when new. So we’re not counting auction cars like the Ferrari 250 GTO, or overpriced secondhand sales. But don’t worry, there’s still hundreds of millions worth of cars here to whet your appetite. De Tomaso P72 Price: $1.3 Million https://preview.redd.it/mjblep6rhp4b1.png?width=792&format=png&auto=webp&s=149247570ee682082950e1787e40083e24f57051 The De Tomaso P72 is basically the definition of beautiful. The shapely supercar debuted at the 2019 Goodwood Festival Of Speed with a supercharged Ford V8 boasting 700 horsepower. The P72 marked the return of the DeTomaso brand after nearly 30 years on hiatus, and if you want one, it will cost you at least $1.3 million. Ferrari LaFerrari Price: $1.4 Million https://preview.redd.it/t4kl320thp4b1.png?width=757&format=png&auto=webp&s=9d2282fd95775dc58d6118391242ed90517c6034 At $1.4 million new, the Ferrari LaFerrari is actually one of the most affordable supercars on this list. It’s a bargain compared to the most expensive vehicle here. Debuting in 2013 with 950 hybrid horses (708 kilowatts) and a top speed of around 220 miles per hour (354 kilometers per hour), this is still Ferrari’s fastest and most powerful production model to date. The company built just 499 examples of the coupe between 2013 and 2016. Pagani Huayra Price: $1.4 Million https://preview.redd.it/xf170icwhp4b1.png?width=767&format=png&auto=webp&s=28006f844a123d2cc340c1a2bb3a9386e620156d Inarguably one of the prettiest cars on this list, the Pagani Huayra cost a cool $1.4 million when new. Like the LaFerrari, Pagani built the Huayra in extremely limited numbers. The company hand-constructed just 100 units of the coupe between 2012 and 2018, with another 20 versions of the BC model (which makes our list further down) between 2017 and 2019. Powering each and every example was a Mercedes-AMG V12 capable of 720 horsepower (537 kilowatts). McLaren Elva Price: $1.7 Million https://preview.redd.it/u1pszk9zhp4b1.png?width=752&format=png&auto=webp&s=2deeae7d004708695939b260d6154cc765ac75fc The McLaren Elva is one of the latest additions to the British supercar maker’s storied legacy. Even without a proper windshield (though, no option) or roof to rely on, the Elva produces 804 horsepower and 590 pound-feet of torque from its twin-turbocharged 4.0-liter V8. Originally McLaren announced just 399 units, but later the company dropped that to an even more scarce 249 examples. Either way, most of you will never get your hands on one – the Elva costs $1.7 million. Czinger 21C Price: $1.7 Million https://preview.redd.it/nfw8pcp0ip4b1.png?width=725&format=png&auto=webp&s=4153021794d8da48eb2f4f72ef891bf4abd043d9 You might not know the name Czinger yet, but this California-based boutique automaker is responsible for the $1.7 million 21C supercar. With 1,250 horsepower on tap thanks to a 2.9-liter twin-turbocharged V8, the 21C can rocket to 60 miles per hour in 1.9 seconds and a top speed of around 281 miles per hour. Ferrari Monza Price: $1.7 Million https://preview.redd.it/94veko45ip4b1.png?width=751&format=png&auto=webp&s=ee2d70f541a084d60b4b7f5911ac7c40ba75f392 Much like the roof-less McLaren Elva, the Ferrari Monza SP1 and SP2 are all about al fresco motoring. As the name implies, the SP1 is the single-seater option while the SP2 has just enough room for you to bring along a friend. Both cars come powered by the same naturally aspirated 6.5-liter V12 engine capable of 809 horsepower and 530 pound-feet. Unfortunately for US buyers, neither of these models are street legal in the States. But f you have the funds to afford the car’s $1.75 million price tag, getting onto a track probably won’t be an issue anyway. Gordon Murray T.33 Price: $1.7 Million https://preview.redd.it/eqnwdeyaip4b1.png?width=750&format=png&auto=webp&s=6c1264bd773b87e84aaa1ab5a47bb3948cdab877 The second and slightly more affordable supercar in the new Gordon Murray lineup is the T.33. With 607 horsepower courtesy of a naturally aspirated 3.9-liter V12, the T.33 revs to a ridiculous 10,500 RPM. With a price tag of around $1.7 million at current conversion rates, Gordon Murray automotive promises to sell this car globally, in both right- and left-hand-drive configurations. Too bad it's already sold out. Koenigsegg Gemera Price: $1.7 Million https://preview.redd.it/t8kr9umcip4b1.png?width=716&format=png&auto=webp&s=b08f32b152e3ada414fdbe0bb2548a9202d710f1 One of two Koenigsegg models on this list, the Gemera is actually the Swedish supercar maker’s first four-seater. But that doesn’t mean it’s some family car. With a twin-turbocharged 2.0-liter engine under the hood and three electric motors, the Gemera has 1,700 horsepower and will hit 60 in just 1.9 seconds. The company only plans to build 300 of them, each one costing at least $1.7 million. Zenvo TSR-S Price: $1.7 Million https://preview.redd.it/zibamv9fip4b1.png?width=719&format=png&auto=webp&s=a0a61769b3592745b135a63d75e3cae2091fdb9e Hailing from Denmark, the Zenvo TSR-S debuted in 2018 at the Geneva Motor Show as the most extreme option in the supercar startup’s repertoire. Boasting a twin-charged 5.8-liter V8 engine, the TSR-S produces 1,177 horsepower and will hit 62 miles per hour in just 2.8 seconds. Expect to pay at least $1.7 million to get your hands on this powerful and limited supercar. Hennessey Venom F5 Price: $1.8 Million https://preview.redd.it/z4t9h6rgip4b1.png?width=729&format=png&auto=webp&s=045e4293fbebbce15713f030ddc7337121df771b The Hennessey Venom GT was a record-breaker, topping out at 265.7 miles per hour in a world record run. But the new F5 plans to beat its predecessor with an estimated top speed of 311 mph, and with that comes a higher price, too. The Venom F5 starts at $1.8 million, according to the company, which makes it just a bit pricier than its $1.2-million predecessor. Bentley Bacalar Price: $1.9 Million https://preview.redd.it/eg198abjip4b1.png?width=741&format=png&auto=webp&s=4e74bd713fab000673d741fe8b72b20b6b80a91f With just 12 total units produced, the Bentley Bacalar makes some of the "limited" cars on this list look plentiful by comparison. Although the car’s opulent design may be the first thing to grab your attention, the Bacalar is no slouch in terms of performance either. With Bentley’s signature turbocharged 6.0-liter W12 turbocharged engine, this car delivers 650 horsepower and 664 pound-feet. If you have a spare $1.9 million lying around and are considering buying one, you’re already too late – Bentley says that every example is now in customer hands. Hispano Suiza Carmen Boulogne Price: $1.9 Million https://preview.redd.it/29pz2mukip4b1.png?width=733&format=png&auto=webp&s=32d49b6722dc434b125827bf432cc8b1c4f98e9b To call the Hispano Suiza Carmen Boulogne beautiful would be... a stretch. But this interesting-looking supercar made its US debut at this year's Amelia Island Concours d'Elegance boasting a 1,114-horsepower electric powertrain and a 0-60 time of 2.6 seconds. The Boulogne version pictured here – the lighter and more powerful of the two – costs close to $1.9 million. Bentley Mulliner Batur Price: $2.0 Million https://preview.redd.it/ejs2msmnip4b1.png?width=741&format=png&auto=webp&s=6fb981efa05ddb8d6c659b5f92e3f456491bd587 The electric onslaught is coming. Bentley says it will be a fully electric automaker by 2030. But before the luxury brand transitions to battery power fully, the Mulliner Batur helps send the iconic W12 engine off in style. With 710 horsepower from that twin-turbocharged engine, the Batur is the most powerful Bentley ever. And since it's limited to just 18 examples globally, the Batur costs a whopping $2.0 million. Deus Vayanne Price: $2.0 Million https://preview.redd.it/fyi22i5pip4b1.png?width=701&format=png&auto=webp&s=82912cd2d17db05bd95226b0c7c7ebbf9e18779a The Deus Vayanne may not be a household name (yet), but the all-electric hypercar debuted earlier this year with 2,200 horsepower, a 0-60 time of just under 2.0 seconds, and an estimated top speed of 248 miles per hour. Deus plans to build 99 examples of the Vayanne, with the first few examples scheduled to go on sale in 2025. SSC Tuatara Price: $2.0 Million* https://preview.redd.it/7zgzhptrip4b1.png?width=691&format=png&auto=webp&s=3e9120a40cdc3b632d111a9a5f2e319fe8cb80a9 Although initially cloaked in controversy, SSC did manage to hit 282.9 miles per hour with its Tuatara hypercar, breaking a world record. But not only is the Tuatara one of the fastest vehicles on the planet, it’s also one of the priciest. The cost for all that speed is estimated to be around $2.0 million for the base Tuatara, limited to just 100 units worldwide. Lotus Evija Price: $2.1 Million https://preview.redd.it/u7dfyfktip4b1.png?width=747&format=png&auto=webp&s=7776ac62b93857b837349a32d4ad53f8ee039f03 With a new Emira sports car and an Eletre electric SUV, Lotus is on the brink of a comeback. The automaker plans to roll out a number of new products within the next few years, with part of that strategy including the range-topping Evija. This supercar comes in at a cool $2.1 million and produces nearly 2,000 horsepower via four electric motors. Lotus plans to build just 130 road-going examples of the Evija. Aston Martin Vulcan Price: $2.3 Million https://preview.redd.it/72pt3tuwip4b1.png?width=722&format=png&auto=webp&s=d072fdedce7c750383bb869098d8a084c63b78a8 As with a few other cars on this list, the Aston Martin Vulcan was a track-only special. The British supercar made its world debut in 2015, powered by a naturally aspirated 7.0-liter V12 that produced 820 horsepower, and limited to just 24 examples worldwide. An even more track-focused AMR Pro model followed, but even the base Vulcan was a pricey commodity, costing about $2.4-million from the factory. Delage D12 Price: $2.3 Million https://preview.redd.it/hund9f6zip4b1.png?width=735&format=png&auto=webp&s=ea7d67259c6737bc321ca5d947870da4a46d5db4 You may have heard of Delage before. In the early 1900s, this French automaker was competing on the track with Bugatti and Ferrari. Now Delage is back and with a beautiful new hypercar dubbed the D12. Powered by a 7.6-liter V12 engine, the new D12 produces upwards of 1,010 horsepower and costs a cool $2.3 million. McLaren Speedtail Price: $2.3 Million What would you pay for the fastest production McLaren ever? Well, at least $2.3 million. With 1,035 horsepower courtesy of a gasoline-electric hybrid V8 powertrain, the Speedtail tops out at 250 miles per hour and is able to reach 186 mph in just 12.8 seconds – 2.7 seconds faster than the P1. Unfortunately, if you didn't get your hands on one new in 2020, you'll have to shell out serious cash on the used market. McLaren only built 106 examples. Rimac Nevera Price: $2.4 Million The Rimac Nevera takes the title of most expensive EV with its $2.4 million price tag – but only by a few hundred thousand dollars over the next priciest electric supercar. Packing 1,914 horsepower and 1,740 pound-feet of torque, the Nevera can hit 60 in under 2.0 seconds and will continue on to a top speed of 258 miles per hour. Those lucky enough to order one should see it in their driveway before the end of 2022. Pagani Utopia Price: $2.5 Million First came the Zonda, then the Huayra, and now the Pagani Utopia. With 852 horsepower and an available seven-speed manual gearbox, the Utopia is the most powerful road-going Pagani ever produced and it’s limited to just 99 examples worldwide. The cost for one is a cool $2.5 million. Pininfarina Battista Price: $2.5 Million Aptly named after the company’s founder, Battista Farina, the Pininfarina Battista delivers the kind of performance (and price!) to make its namesake proud. Revealed at the 2019 Geneva Motor Show, the Battista is completely electric, putting out 1,827 horsepower. If a normal supercar’s 0 to 60 time sounds too leisurely for you, the company says that the Battista will take you there in under 2.0 seconds. Pininfarina plans on building 150 examples of the Battista, costing $2.5 million each. Ferrari FXX K Evo Price: $2.6 Million Sure, you could buy a normal LaFerrari (which also makes the list further down), but why settle for a supercar so mundane when you can take home this track-only version instead? Granted, the Ferrari FXX K Evo came out in 2017, and it's well past the point of being sold out. But when it was new, this 1,036-horsepower Ferrari tore up the track with its naturally aspirated V12 and aggressive aerodynamics. Gordon Murray T.50 Price: $2.6 Million If the name Gordon Murray sounds familiar, it’s because he's the man behind the design of the iconic McLaren F1. These days, Mr. Murray has his own supercar venture, and the handsome T.50 is the crown jewel of the lineup. At $2.6 million, the T.50 packs a naturally aspirated 4.0-liter V12 that makes 654 horsepower. The car itself weighs a mere 2,174 pounds, and at 392 pounds, the T.50 has the lightest V12 on the road today. Lamborghini Countach Price: $2.6 Million The name Countach may be iconic, but is it worth $2.6 million? That's what Lamborghini hopes you will spend on its new Aventador-based model. Debuting in August of 2021, the Countach LPI 800-4 has a 6.5-liter V12 with a light hybrid assist that gives it a whopping 803 horsepower, allowing for a 60 time of 2.8 seconds and a top speed of more than 220 miles per hour. Mercedes-AMG Project One Price: $2.7 Million Mercedes has promised a production version of the Project One hypercar for quite a while now. The first official announcement was in March of 2017 before the first concept debuted later that same year. But after nearly five years of teasing, it appears as if the Project One will finally hit public roads. And when it does, the hybrid hypercar will have over 1,200 horsepower (895 kilowatts) and a price tag of $2.7 million. Aston Martin Victor Price: $3.0 Million The folks at Aston Martin know a thing or two about exclusive vehicles, and the Victor might be the most exclusive project for the British brand to date. Based on the One-77 platform, the Victor uses parts from several donor Astons including the track project Vulcan and the upcoming Valkyrie. And talking about limited production – the Victor is one-of-one and rumored to cost nearly $3 million. Hennessey Venom F5 Roadster $3.0 Million The same Hennessey Venom F5 hypercar we all know and love, but with less roof. The F5 Roadster has the same twin-turbocharged 6.6-liter V8 as the coupe, producing the same 1,817 horsepower and 1,193 pound-feet of torque. Hennessey estimates a top speed of over 300 miles per hour, but if you want one, it will cost you at least $3.0 million. Koenigsegg Jesko Price: $3.0 Million The Koenigsegg Jesko, apart from being the fastest car the company has made to date, is also the most expensive. At $3.0 million out of the box, the handsome hypercar has 1,600-horsepower courtesy of the brand's ubiquitous twin-turbocharged 5.0-liter V8 engine. Opt for the Absolut model, and the Jesko, in theory, will be able to hit 300 miles per hour. Aston Martin Valkyrie Price: $3.2 Million The upcoming Aston Martin hybrid hypercar hasn’t even hit the market yet, but already the $3.2 million Valkyrie has sold out. For what it’s worth, Aston Martin hasn’t officially released pricing. Estimates suggest the hypercar could go for anywhere between $2.6 and $3.9 million – but $3.2 million seems to be the magic number. Whatever the case, this machine is impressive. Its Cosworth-sourced 6.5-liter V12 produces 1,160 horsepower (865 kilowatts) and 664 pound-feet (900 Newton-meters) of torque, meaning its top speed should be well over 200 miles per hour (321 kilometers per hour). The company will build just 150 examples of the standard Valkyrie, with a limited 25-run AMR model arriving later. W Motors Lykan Hypersport Price: $3.4 Million Dubai-based W Motors shocked the world with its edgy Lykan Hypersport supercar in 2013. With titanium LED headlights housing 420 15-carat diamonds and a holographic display in the center console, it's no surprise it was the third most expensive car ever when new. It falls to number six on our list here, but it's still a wild hypercar with a powerful heart; the twin-turbocharged 3.7-liter six-cylinder engine underhood produces 780 horsepower (581 kilowatts) and 708 (960 Newton-meters) of torque. McLaren Solus $3.5 Million One seat, 829 horsepower, and a top speed of over 200 miles per hour. The new McLaren Solus is about as close as you can get to a Formula 1 car from the factory, powered by a naturally aspirated 5.2-liter V10 engine with a 0-62 mile-per-hour time of just 2.5 seconds. Estimates suggest a McLaren Solus will set you back about $3.5 million. Pagani Huayra Roadster BC Price: $3.5 Million Following Pagani’s past playbook, a roadster version of the ferocious Huayra BC was inevitable. Last year, the company made it official by showing off the Huayra Roadster BC, a topless monster with 800 horsepower (597 kilowatts) and 774 lb-ft of torque (1049 Newton-meters). Somewhat surprisingly, Pagani gave the roadster 50 more horsepower than its coupe sibling, by cranking up its AMG-sourced twin-turbocharged 6.0-liter V12. In addition to the joy of hearing the glorious engine note without a roof in the way, owners should take comfort in knowing that their car is ultra-rare. Pagani is limiting production to just 40 units, each with a sticker price of $3.5 million. Bugatti Chiron Pur Sport Price: $3.6 Million Another showstopper from the Geneva Motor Show that never was, the Bugatti Chiron Pur Sport is a special edition Chiron with a focus on aerodynamics, weight reduction, and power distribution. It’s the same 8.0-liter quad-turbo W16 engine underneath the skin but it’s now mated to a recalibrated automatic gearbox. While the peak output remains unchanged at 1,500 horsepower (1,103 kilowatts), the rpm redline has been set 200 rpm higher, up to 6,900 rpm. The Pur Sport also features slightly revised bodywork, with a bigger rear wing and more aerodynamic front fascia. Beginning production in late 2020, the Bugatti starts at $3.6 million. Lamborghini Sian Price: $3.6 million In several ways, the Sian represents a bridge to Lamborghini’s future. Though it’s based on the Aventador SVJ, this wild-looking Lambo is the brand’s first production electrified offering. In addition to the SVJ-sourced 6.5-liter V12, the Sian uses a 48-volt mild-hybrid system. Total system output is 819 horsepower (611 kilowatts), which also makes it the most powerful Lamborghini ever. As confirmed by the 63 stuck on either side of the Sian’s wing, Lamborghini will produce just 63 units. And each will cost far more than the Aventador SVJ, carrying a price of $3.6 million. Koenigsegg CC850 Price: $3.7 Million The Koenigsegg CC850 was a surprise to be sure, but a welcomed one. Borrowing the twin-turbocharged 5.0-liter V8 from the Jesko, it notches that output up to 1,385 horsepower and 1,022 pound-feet of torque, with a so-called “TWMPAFMPC” transmission that shifts (pun intended) between manual and automatic functions. Of course, all that performance technology will cost you; the CC850 starts at $3.7 million. Bugatti Chiron Super Sport 300+ Price: $3.9 Million Earlier this year, Bugatti captured the collective attention of the automotive world by announcing that it broke the 300 miles per hour barrier with a modified version of the Chiron. The Super Sport 300 + is a road-going version of that car, meant to celebrate the occasion. Limited to just 30 units, the Super Sport 300+ is a beautiful version of the Chiron, with flowing, slippery bodywork and a sweet stripe motif. Despite having hit 304.8 mph on the track with a production vehicle, Bugatti does limit its Chiron 300+ to 273 mph in top speed mode. Lamborghini Veneno Price: $4.5 Million Lamborghini built just 14 examples of the Aventador-based Veneno between 2014 and 2015. Each one cost around $4.5 million, depending on how it was spec'd, and was available in both convertible and coupe configurations. Underhood Lamborghini fitted a more-powerful iteration of the Aventador's 6.5-liter V12, now producing 740 horsepower (552 kilowatts) and 509 pound-feet (609 Newton-meters) of torque, which gave it the ability to sprint to 60 miles per hour (96 kilometers per hour) in a blistering 2.9 seconds. To date, it’s the most expensive new Lamborghini ever. Bugatti Bolide Price: $4.7 Million Produced in extremely limited numbers atop the body of a Chiron, it's no wonder Bugatti's one-of-40 Bolide track car is this pricey. At $4.7 million, the 1,824-horsepower hypercar has more power than the Chiron Super Sport 300+, and more extreme bodywork that allow it to lap tracks like the Nurburgring in record time (in theory). Bugatti says the Bolide would be able to conquer the ‘Ring in record time. Bugatti Mistral Price: $5.0 Million The Bugatti Mistral sends the iconic W16 engine off in style. With 1,577 horsepower and no roof, the Mistral takes the best bits of the Chiron and borrows elements from the Bolide and Divo to create a truly unique roadster. Of course, Bugatti plans to build just 99 examples of the Mistral at the cost of around $5.0 million in the US – and all of them are already accounted for. Pagani Huayra Imola Price: $5.4 Million Even though the new Utopia marks the next big step for Pagani, the Huayra Imola packs nearly as much power with a twin-turbocharged 6.0-liter V12 engine producing 827 horsepower and 811 pound-feet of torque. The Huayra Imola is estimated to cost around $5.4 million new, which would make it the second most expensive Pagani of all time. Bugatti Divo Price: $5.8 Million Among Bugatti’s recently debuted vehicles, the Divo is a staff favorite. Though it shares much in common with its cheaper (!) sibling the Chiron, the Divo has a lot going for it to justify the extra money. By adding lighter wheels, a carbon fiber intercooler and removing some sound deadening, Bugatti made the Divo 77 pounds lighter than the Chiron. Though power is unchanged from the Chiron’s 1,500 ponies (1,119 kilowatts), The Divo features a different aerodynamic setup, which makes it 8 seconds quicker around the Nardo test track. Finally, the moment you’ve been waiting for: Bugatti is making 40 examples of the car, each costing $5.8 million. SP Automotive Chaos Price: $6.4 Million SP Automotive (short for Spyros Panopoulos) is a new name in the world of hypercars, but the brand's 2,000-horsepower, $6.4-million, aptly named Chaos has already made an impact. With a twin-turbocharged 4.0-liter V10, the base SP Automotive Chaos is one of the most expensive cars on this list – beating out many Lambos and Bugattis – but there's an even pricier version of this car that costs an eye-watering $14.4 million. That version reportedly packs 3,000 hp. Pagani Codalunga Price: $7.4 Million The long list of pricey (new) Paganis ends with the Codualunga. Inspired by 1960s Italian coachbuilding, the stunning exterior and steampunk-esque interior – while equally stunning – are only part of what makes this Pagani so pricey. Under the hood is a twin-turbocharged 6.0-liter V12 producing 829 horsepower and 809 pound-feet of torque, paired to a seven-speed sequential transmission for a real race-car–like feel. The cost for this one-of-five Pagani is $7.4 million. Mercedes-Maybach Exelero Price: $8.0 Million Like many others before it, the Mercedes-Benz Maybach Exelero is a one-off. Commissioned by Fulda, a German subsidiary of Goodyear, to test its new tires, the Exlero debuted in 2004. Mercedes built the Exelero on the bones of a Maybach, and gave it the same twin-turbo V12 engine producing 690 horsepower (510 kilowatts) and 752 pound-feet (1,020 Newton-meters) of torque. Top speed is listed at 218 miles per hour (350 kilometers per hour) and adjusted for inflation, the Exelero would cost more than $10 million in today's money. Bugatti Centodieci Price: $9.0 Million Bugatti debuted the Centodieci at last year’s Pebble Beach car week, showing off yet another ultra-rare, super-expensive model to the world. Limited to just 10 – dieci – units, the car is a modern throwback to the Bugatti EB110. At the same time, it’s meant to celebrate Bugatti’s momentous 110-year anniversary. Its unique styling cues won’t make everyone fall in love, but at least you won’t have to worry about seeing another one on the road. Carrying a price just shy of $9 million, the Centodiece is one of the most exclusive cars ever made. Bugatti Chiron Profilée Price: $10.8 Million While it may not look that different from a normal Chiron, the Profilée is quite literally one-of-a-kind. Bugatti built it initially as a test for a limited run of Profilée models, but this Chiron ended up being the only example. Boasting the same 1,476-horsepower quad-turbocharged W16 engine ubiquitous throughout the Chiron range, the Profilée has unique bodywork and a custom spoiler that helps separate it from the rest of the range. Rolls-Royce Sweptail Price: $12.8 Million Rolls-Royce, expectedly, takes two of the top three spots on this list, with the stunning Sweptail one-off from 2017 coming in at number three. With a monumental price tag of $13.0 million, it was, at the time of its debut, the most expensive new car ever. It's been outpriced since then, but the 453-horsepower luxury car is still a jaw-dropper. Bugatti La Voiture Noire Price: $13.4 Million With a price tag of $13.4 million, the one-off Bugatti La Voiture Noire is officially the most expensive new Bugatti ever made. And understandably so. A modern interpretation of Jean Bugatti's personal Type 57 SC Atlantic, the La Voiture Noire uses the same quad-turbocharged 8.0-liter W16 engine as the Chiron, producing 1,479 horsepower. It has six – that's right, six exhaust tips, radical new wheels, an aggressive, bespoke fascia, and a gigantic light-up badge in the rear that spells out the name of the brand. Of course, this one-of-one Bugatti already has a home. Rolls-Royce Boat Tail* Price: $28.0 Million (est.) Rolls-Royce is back in the business of coachbuilding with the gorgeous new Boat Tail. A successor to the stunning Sweptail from 2017 – which itself cost a reported $12.8 million – the Boat Tail has a unique two-tone exterior, custom high-end finishes inside, and even a "hosting suite" complete with a champagne fridge and built-in sun umbrella. Although Rolls-Royce doesn’t officially announce pricing for one-off builds such as this, rumor has it that the Boat Tail cost a whopping $28.0 million new. https://preview.redd.it/fvvxgh84lp4b1.png?width=846&format=png&auto=webp&s=a34013f707e82e12d972a79ee5e0036755a510c4 Most Expensive Cars In The World Drako GTE - $1.2 Million DeTomaso P72: $1.3 Million Ferrari LaFerrari - $1.4 Million Pagani Huayra - $1.4 Million Czinger 21C - $1.7 Million Ferrari Monza - $1.7 Million Gordon Murray T.33 - $1.7 Million Koenigsegg Gemera - $1.7 Million McLaren Elva - $1.7 Million Zenvo TSR-S - $1.7 Million Hennessey Venom F5 - $1.8 Million Bentley Bacalar - $1.9 Million Hispano Suiza Carmen Boulogne: $1.9 Million Bentley Mulliner Batur: $2.0 Million Deus Vayanne: $2.0 Million SSC Tuatara - $2.0 Million* Lotus Evija - $2.1 Million Aston Martin Vulcan - $2.3 Million Delage D12: $2.3 Million McLaren Speedtail - $2.3 Million Rimac Nevera - $2.4 Million Pagani Utopia: $2.5 Million Pininfarina Battista - $2.5 Million Ferrari FXX K Evo - $2.6 Million Gordon Murray T.50 - $2.6 Million Lamborghini Countach - $2.6 Million Mercedes-AMG Project One - $2.7 Million Aston Martin Victor - $3.0 Million Hennessey Venom F5 Roadster: $3.0 Million Koenigsegg Jesko - $3.0 Million Aston Martin Valkyrie - $3.2 Million W Motors Lykan Hypersport - $3.4 Million McLaren Solus: $3.5 Million Pagani Huayra Roadster BC - $3.5 Million Bugatti Chiron Pur Sport - $3.6 Million Lamborghini Sian - $3.6 million Koenigsegg CC850: $3.7 Million Bugatti Chiron Super Sport 300+ - $3.9 Million Lamborghini Veneno - $4.5 Million Bugatti Bolide - $4.7 Million Bugatti Mistral: $5.0 Million Pagani Huayra Imola: $5.4 Million Bugatti Divo - $5.8 Million SP Automotive Chaos - $6.4 Million Pagani Codalunga: $7.4 Million Mercedes-Maybach Exelero - $8.0 Million Bugatti Centodieci - $9.0 Million Rolls-Royce Sweptail - $12.8 Million Bugatti La Voiture Noire - $13.4 Million Rolls-Royce Boat Tail - $28.0 Million* Source: motor1 |
2023.06.08 01:44 Various_Toe3477 How do I fix these issues on my 2020 Malibu
![]() | submitted by Various_Toe3477 to AskMechanics [link] [comments] |
2023.06.08 01:43 Various_Toe3477 Should I drive my 2020 Malibu with those issues? I’m going to service it in 2 days. Car shakes
![]() | submitted by Various_Toe3477 to AskMechanics [link] [comments] |
2023.06.07 23:16 Karnex97 Need advice on buying stronger car
2023.06.07 20:30 khoafraelich789 Used Car Guide: 1996-2010 Dodge Viper
![]() | 5 tips to find a first-class example of a secondhand Dodge Viper. submitted by khoafraelich789 to CarInformationNews [link] [comments] https://preview.redd.it/nspzptnvi63b1.png?width=1200&format=png&auto=webp&s=df37c3e53c833087654e9a0c1a946fdfc5727771 I’ve got a Dodge Viper problem. Despite their horrifying fuel consumption, restricted outward visibility, leg-singeing rocker panels, and an exhaust note like a hot-rod UPS truck, I’ve enjoyed driving two of these machines for the better part of 10 years and about 65,000 kilometres to date. My first Viper was a 2000 GTS Coupe. My childhood dream car, we spent five years and about 45,000 kilometres together driving around town, going on road trips, lapping various tracks, and attending car shows and the like. About four years ago I traded this unit in for a 2008 Dodge Viper SRT-10 Coupe. We’ve done about 20,000 kilometres together, partaking in a similar range of activities. I’ve had zero mechanical problems associated with the driveline in either of my cars, and little more than the odd electronic hiccup resulting from a weak battery or wonky sensor. I’ve owned a lot of cars, and my two Vipers have been among the most reliable — second only to my 1993 Nissan 240SX. The key success factor here is that I’ve had both units checked over fully by a qualified ‘Viper Tech’ in a dealer setting, on my dime, before purchase. In both cases, this pre-purchase checkup was worth the investment. For my first Viper, the inspection revealed thousands worth of upcoming repair- and replacement parts which helped me negotiate a much better deal; on my second car, it picked up a dead trunk-release button which the selling dealership fixed on their dime, and also confirmed that this car was in otherwise excellent shape. To be clear: the best thing you can do before buying a used Dodge Viper is to make arrangements to have it seen by a Viper-trained technician in a dealer setting. Still, after a decade of V-10 Mopar motoring, I’ve also come up with some additional tips to share with potential used Dodge Viper shoppers, especially those considering a vintage like mine — that is, the second- to fourth-generation cars. Following these tips can help you enjoy a more trouble-free driving experience and avert potential headaches or surprises with your new toy. Door hinges I’ve found the door hinges in both of my Vipers to be quite fussy, and I’m not alone. In my 2000 GTS, the doors seemed to sag with repeated use over time. The driver’s door hinge eventually needed to be readjusted multiple times to prevent the door from striking the body when closing. The out-of-alignment door hinge also caused damage to the weather seals around the door, resulting in a small water leak. The hinge can be loosened, adjusted, and fastened back into place, but the process is frustrating and somewhat complicated if you’re not the most mechanically-inclined (like me). Professional help may be the best course of action if the Viper you’re considering seems to be suffering from saggy doors; it’s not a difficult job for someone who knows what they’re doing. My 2008 Viper SRT-10 is exhibiting similar symptoms this year. The driver’s door has begun emitting a loud creak when opening fully (or closing), and lubrication of the hinge hasn’t helped. The door is rubbing somewhere, and the hinge needs to be readjusted. Note that leaving this issue unchecked can cause collateral damage to the weather seals (pricey) and window glass (pricier), so you’ll want to address it as soon as you notice any warning signs. These warnings include doors that seem to stick during some portion of their movement, doors that don’t close properly with a light push, doors that fail to engage the striker properly or even bounce back open, doors that require slamming to latch shut, or any used Viper whose door-mounted weather seals are cracked, ripped, or otherwise visibly damaged. In sum: be sure the doors open, close and latch without undue force or noise, and that all weather seals are intact and in solid shape. Powertrain stresses To prevent undue wrenching of the door hinge, I always start the engine after the doors are closed. Firing up the Viper’s big V-10 twists the car back and forth (it’s all that torque), but can also wrench on the heavy doors and their small hinges, which seems to shift things out place in quick order. With the doors closed at engine startup, this excessive wrenching of the hinges is prevented. Fun fact: during a tour of the Dodge Viper factory, one long-time Viper craftsman told me that the original hinge design was intended to be steel (stronger), though the engineers pushed for a lighter aluminum hinge (softer). In the day, he figured this might cause problems for some owners, and it turns out he was right. “The fifth-generation cars use a different hinge, and the doors are much lighter, since they’re made from an aluminum film that’s shaped by air in a mould” he said. Wheel alignment Dodge Vipers have, I figure, a somewhat unfounded reputation for dodgy handling and being difficult to control. In my opinion, these problems are mainly driver-related (not car-related), but that’s a topic for a different story. Of course, the Viper’s steam-roller tires do try and follow every nook, cranny, and tar-strip on the road, which means the car often seems to be squirming and shuffling even as you drive along in a straight line. Still, don’t underestimate the difference that a proper wheel alignment can make. I recently had one performed in a dealer setting on my 2008 for the first time, and the difference in handling, stability, and response while steering and braking were notable — especially in terms of reduced workload at the wheel. It’s easy to assume ‘this is just how Vipers handle’, though a fresh alignment instantly made my 2008 feel more precise, more responsive, and less labor-intensive to drive on the highway. In my case, the difference was night-and-day. As an added bonus, proper alignment means that the (very pricey) tires won’t wear as quickly. Power windows The power windows on both of my Vipers were finicky and fussy. Compared to most cars, I found the power windows in both of my Vipers to feel and sound harsh when in use. They’ve also been the cause of various headaches, especially in my 2008. This Viper has a feature called window indexing, a fancy way of saying that the window drops a half-inch or so when the door handle is pressed, allowing it to clear the body of the car and for the door to open and close more easily. The indexing function on the passenger side window failed one day, meaning that opening the passenger door meant catching the upper ‘corner’ of the glass inside of the opening, contacting it and wearing down the finish. Closing the passenger door likewise resulted in contact of the window against the body in the same spot. This can all result in wear to the vehicle’s paint, a noisier drive, and an increased likelihood of damaging the Viper’s finicky and sometimes-fragile power window hardware because of an unintended impact. On your test drive, note that one, both, or none of the power windows may be suffering this problem, and that the problem may be sporadic in nature. I can’t offer a fix that’s worked reliably for me, though disconnecting and reconnecting the battery does typically fix the issue for a time. On your test drive, confirm that both power windows work as expected, and be sure to carefully inspect the outer edge of the upper door opening above the window itself for signs of marking, paint damage, or scuffing that indicate contact. Cooling system and overheating Some owners have reported overheating of their Viper, especially in situations with high ambient temperatures, and during sustained periods of heavy-throttle driving, such as in a motorsports setting. Other owners have reported random engine overheating as a possibility from time to time, with a temperature gauge that may suddenly push towards the dangerous red zone on the coolant gauge randomly, and without warning. Many other owners have experienced no overheating issues from their Vipers. Several factors may contribute to a Viper’s engine overheating, as well as inconsistent or seemingly random coolant-temperature fluctuations. To protect yourself and avoid surprises, start with a pre-purchase inspection that includes the used Viper’s cooling system, including the coolant level and condition, an inspection of the water pump and surrounding area (for leaks), all hoses, the thermostat, the cooling fan(s) and associated wiring and relays, and the radiator itself. Have a professional inspect both the engine oil and engine coolant for signs of cross-contamination, which could indicate a head-gasket problem. On your test drive, take note of the coolant temperature gauge at various points. The needle should settle somewhere around the middle of the gauge and stay there, perhaps creeping up slightly over the halfway mark on hotter days. If the gauge suddenly climbs towards the red zone for no apparent reason, the vehicle you’re considering should be seen by a professional before you buy. In this application, an overheating engine can be the result of a simple problem like an air bubble in the cooling system, or a serious one like a failing head gasket. You’ll want to know before you buy. Run the Viper’s heater on your test-drive, too. If functioning properly, the heater will have no trouble pushing a lot of hot air into the Viper’s cabin once the engine is warmed up. If that’s not the case, or if the heat suddenly seems to disappear, have the system checked professionally. Some owners have successfully fixed problems by ‘burping’ air bubbles out of the cooling system. Ask a professional if you’re not sure how. Driveline clunks The Viper’s driveline is not a pinnacle of refinement, and certain noises and vibrations are more prominent than you may be used to. The question is which of these are normal, and which are cause for concern? When checking out the user Viper you’re considering, quiet the cabin and listen for a few specific sounds in a few specific situations to prevent unwanted surprises. First, place the vehicle in neutral with the engine running at idle and the clutch pedal pressed fully. Slowly release the clutch pedal, listening closely for any sign of a scraping, whirring, or grinding sound as the clutch is released. If you hear such a sound, press the clutch pedal in again to see if it goes away. The sound may seem to be coming through the floor near the driver’s feet. This sound can indicate a worn throw-out bearing, a part usually changed with the clutch. I’ve noticed this sound on both of my Vipers. In both cases, it’s remedied by replacing the clutch, which includes a new bearing. You can drive your Viper while it’s making this noise, but if the bearing or associated hardware eventually fails, your clutch may become unusable. You’ll also want to be on the lookout for unwanted sounds from the rear differential. The oil in this component needs to be changed regularly with a specific gear oil and a precise amount of friction-modifying additive. Using the wrong type or amount of gear oil or friction modifier can result in unfavourable consequences, including rear-axle noise. If your rear-axle oil isn’t serviced regularly by someone who knows what they’re doing, you’ll likely be hearing from your Viper’s rear end. When driving a Viper, the differential sits just behind and beneath the driver. Though some whirring and light clunking from time to time is largely considered normal, any binding, whining, or heavy clunks — especially at low speed — can be signs of trouble. Final Thought These tips are designed to help test-driving shoppers more easily identify possible trouble areas reported by some owners. An attentive test-drive and shopping process that focuses on the areas above can help you find a first-class example of a secondhand 1996-2010 Dodge Viper. Source: driving ca |
2023.06.07 16:38 Odd-Beautiful-1390 benefits of predictive models in accelerating automakers’ software development
2023.06.07 16:27 Antique_Limit6800 Make Suggestions?
2023.06.07 07:10 AI_Drone How do you bring down a drone?
2023.06.07 05:19 Acrel-electric Application of wireless temperature measurement products in a power distribution project in Malaysia
![]() | 摘要:配电系统是由多种配电设备和配电设施所组成的变换电压和直接向终端用户分配电能的一个电力网络系统。由于配电系统作为电力系统的一个环节直接面向终端用户,它的完善与否直接关系着广大用户的用电可靠性和用电质量,因而在电力系统中具有重要的地位。因此,为避免因温度高,导致设备老化,设备烧坏,供电中断,一次设备起火爆炸等严重事故,对各电气节点进行长期的温度监测能避免因严重故障,造成用户的人身伤害及经济损失。 submitted by Acrel-electric to u/Acrel-electric [link] [comments] Abstract: The power distribution system is a power network system that is composed of a variety of power distribution equipment and power distribution facilities to transform voltage and directly distribute electrical energy to end users. As a part of the power system, the power distribution system directly faces end users, and its perfection directly affects the reliability and quality of power consumption of the majority of users, so it has an important position in the power system. Therefore, in order to avoid serious accidents such as equipment aging, equipment burnout, power supply interruption, fire and explosion of equipment due to high temperature, long-term temperature monitoring of each electrical node can avoid serious failures that may cause personal injury and economic loss to users. 关键字:无线测温传感器,无线测温系统,433Mhz无线测温 Keywords: Wireless temperature sensor, wireless temperature monitoring system, 433Mhz wireless temperature sensor 1.项目概述 Project Overview 本项目为马来西亚某配电室的应用,应用在33kV的配电盘中,需要配置无线测温产品,实现安全温度监测。铜排尺寸为10mm×130mm,选择我司ATE400型CT感应取电式传感器,并且采用ATC450收发器来连接显示装置。通过RS485通讯数据传输到客户平台进行实时监控,可有效防止过热故障,影响设备正常运行,避免安全隐患。出于安全和经济效益考虑,建议在配电室各电气节点进行温度实时监测。 This project is an application in a distribution room in Malaysia. It is used in a 33kV switchboard and needs to be equipped with wireless temperature measurement products to achieve safe temperature monitoring. The size of the copper bar is 10mm×130mm. Choose our ATE400 CT powered temperature sensor, and use ATC450 transceiver to connect to the display device. The RS485 communication data is transmitted to the customer platform for real-time monitoring, which can effectively prevent overheating failures, affecting the normal operation of the equipment, and avoiding potential safety hazards. For the sake of safety and economic benefits, it is recommended to conduct real-time temperature monitoring at each electrical node in the power distribution room. 2.无线测温产品介绍 Introduction of Wireless Temperature Measurement Product 安科瑞在线测温装置适用于高低压开关内线缆街头,断路器触头,高压线缆中间头,低压大电流等设备的温度检测,防止在运行过程中因氧化,松动等因素造成接点接触电阻过大而发热成为安全隐患,及时,持续及准确反映设备运行状态,提供设备安全性。 Acrel on-line temperature measurement device is suitable for the temperature detection of high and low voltage switches, circuit breaker contacts, high voltage cable middle heads, low voltage and high current equipment, to prevent contact caused by oxidation, loosening and other factors during operation Excessive contact resistance and heat generation become a safety hazard, timely, continuous and accurate reflection of equipment operating status, and equipment safety. 3.无线测温系统特点 Features of Wireless Temperature Monitoring System (1)无线测温模块安全可靠、安装维护简单,适合对中开关高电压、大电流接点处进行温度监测,被测设备的结构不需要变动。 (2)整个无线测温系统可以通过无线方式通讯,信号传输方便。 (3)无线测温系统抗干扰能力强,对脉冲干扰、快速瞬变干扰、静电辐射、电磁场辐射等的抗干扰能力达到国家四级标准,同时设备运行不影响中压开关的分、合闸操作以及保护装置的动作。 (4)应用在工业(煤矿、钢铁、石油、化工)、电厂、学校、医院、市政建设、交通设施(机场、火车站)、商业建筑、会展中心、光伏发电、新能源等领域。 (1) The wireless temperature measurement module is safe and reliable, and easy to install and maintain. It is suitable for temperature monitoring at the high voltage and high current contacts of the middle switch. The structure of the device under test does not need to be changed. (2) The entire wireless temperature measurement system can communicate wirelessly, and the signal transmission is convenient. (3) The wireless temperature measurement system has strong anti-interference ability, and its anti-interference ability against pulse interference, fast transient interference, electrostatic radiation, electromagnetic field radiation, etc. has reached the national four-level standard, and the operation of the equipment does not affect the opening and closing of the medium voltage switch Operation and protection device actions. (4) Application in industry (coal, steel, petroleum, chemical), power plants, schools, hospitals, municipal construction, transportation facilities (airports, railway stations), commercial buildings, convention and exhibition centers, photovoltaic power generation, new energy and other fields. 4.无线测温解决方案 Wireless Temperature Monitoring Solution 4.1 测温传感器 Wireless temperature sensor 4.1.1 CT感应取电无线测温传感器 Wireless temperature sensor by CT sensing ATE400 ·Small size; ·Wireless transmit; ·Wireless transmission distance, 150 meters; ·Fase sampling frequency,15s; ·CT-powered, more than 5A starting current; ·Widely temperature measuring range, -40℃~125℃. 4.1.2电池供电型无线测温传感器 Wireless temperature sensor powered by battery 1) ATE200 ·Wireless transmit; ·Wireless transmission distance, 150m; ·Fase sampling frequency, 25s; ·Battery -powered, more than 5 years; ·Widely temperature measuring range, -40℃~125℃. ATE100 ·Wireless transmit; ·Wireless transmission distance, 150m; ·Fase sampling frequency, 25s; ·Battery -powered, more than 5 years; ·Widely temperature measuring range, -40℃~125℃. ATE100M ·Wireless transmit; ·Wireless transmission distance, 150m; ·Fase sampling frequency, 25s; ·Battery -powered, more than 5 years; ·Widely temperature measuring range, -40℃~125℃. 4.2 采集/显示终端 ReceiveDisplay Unit 4.2.1 接收单元 Receiver 1)ATC600-C ·Wireless transceiver; ·Maximum measuring 240 points; ·1 RS485 serial communication, Modbus-RTU; ·2 alarm relays; ·Power supply adapt with AC/DC220V, AC/DC110V. 2)ATC450-C ·Wireless transceiver; ·Maximum measuring 60 points; ·1 RS485 serial communication, Modbus-RTU; ·Power supply adapt with DC24V 4.2.2 显示单元 Display Unit 1) ARTM-Pn ·Wireless temperature measurement, maximum measuring 60 points; ·U, I, P, Q, f, Ep, Eq measurement; ·4 digital inputs; ·2 alarm relays; ·LCD display; ·Power supply adapt with AC220V, DC220V, DC110V, AC110V; ·1 RS485 serial communication, Modbus-RTU. 5.结构图 Typical Connection https://preview.redd.it/z6qxwejoki4b1.png?width=1081&format=png&auto=webp&s=a1139cb46344cf8993b4651d94ec0679483be6dc 6.应用场景 Application https://preview.redd.it/viipeanpki4b1.jpg?width=1100&format=pjpg&auto=webp&s=d45b488469ee1560dc7274d4c56a59608b9d1f26 参考文献Bibliography 1.Solutions For Enterprise Micro-grid System 2020.02 |
2023.06.07 05:13 Acrel-electric ACREL Wireless Temperature Sensor Application in South Africa
![]() | ACREL Wireless Temperature Sensor Application in South Africa摘要:随着电力工业的发展,对设备的安全性、可靠性要求越来越高。在这种条件下,高压设备的无线测温系统应运而生。这种技术是将内置电池或电流感应和无线发射模块的测温传感器安装于各测温点,由于其体积小,且无需任何接线,其电气安全性可以得到保证。传感器周期性的将测温数据无线发送至接收单元,接收单元可联网将数据送至主站,以此实现一个区域系统的电气温度监测。本文介绍了无线测温传感器在南非的应用 Abstract: With the development power industry,the requirements for the safety and reliability of equipment are getting higher and higher. In this situation,ACREL wireless temperature monitoring system is designed for high voltage device. This technology is to install the temperature sensor with built-in battery or temperature sensor by current sensing and wireless transmitter module at each temperature measurement point. The sensor periodically sends the temperature measurement data wireless to the receiving unit, and the receiving unit can be connected to the network to send the data to the master station, thereby realizing electrical temperature monitoring of a regional system. 关键字:无线测温传感器,无线测温系统,470Mhz无线测温 Keywords: Wireless temperature sensor, wireless temperature monitoring system, 470Mhz wireless temperature sensor 0.项目概述: Project Overview 法国公司Chauvin位于法国ANTONY Cedex,该项目用在南非某变电站上,用了2个无线收发器ATC450-C,几十个无线测温传感器,型号包含ATE400以及ATE100. Chauvin is located in ANTONY Cedex,France. The project is mainly used in substation in the substation in South Africa. The related products models are 2 PCS ATC450-C, dozens of wireless temperature sensors including model ATE400 and ATE100. 1. 无线测温产品介绍 Wireless temperature monitoring device Introduction 安科瑞在线测温装置适用于高低压开关内线缆街头,断路器触头,高压线缆中间头,低压大电流等设备的温度检测,防止在运行过程中因氧化,松动等因素造成接点接触电阻过大而发热成为安全隐患,及时,持续及准确反映设备运行状态,提供设备安全性。 Acrel on-line temperature measurement device is suitable for the temperature detection of high and low voltage switches, circuit breaker contacts, high voltage cable middle heads, low voltage and high current equipment, to prevent contact caused by oxidation, loosening and other factors during operation Excessive contact resistance and heat generation become a safety hazard, timely, continuous and accurate reflection of equipment operating status, and equipment safety. 2. 无线测温方案 Wireless temperature monitoring solution 2.1 测温传感器 Wireless temperature sensor 2.1.1 CT感应取电无线测温传感器 Wireless temperature sensor by CT sensing 1) ATE400 Ø Small size; Ø Wireless transmit; Ø Wireless transmission distance, 150 meters; Ø Fase sampling frequency,15s; Ø CT-powered, more than 5A starting current; Ø Widely temperature measuring range, -40℃~125℃. 2.1.2电池供电型无线测温传感器 Wireless temperature sensor powered by battery 1) ATE200 Ø Wireless transmit; Ø Wireless transmission distance, 150m; Ø Fase sampling frequency, 25s; Ø Battery -powered, more than 5 years; Ø Widely temperature measuring range, -40℃~125℃. 2) ATE100 Ø Wireless transmit; Ø Wireless transmission distance, 150m; Ø Fase sampling frequency, 25s; Ø Battery -powered, more than 5 years; Ø Widely temperature measuring range, -40℃~125℃. 3) ATE100M Ø Wireless transmit; Ø Wireless transmission distance, 150m; Ø Fase sampling frequency, 25s; Ø Battery -powered, more than 5 years; Ø Widely temperature measuring range, -40℃~125℃. 2.2 采集/显示终端 ReceiveDisplay Unit 2.2.1 接收单元 Receiver 1)ATC600-C Ø Wireless transceiver; Ø Maximum measuring 240 points; Ø 1 RS485 serial communication, Modbus-RTU; Ø 2 alarm relays; Ø Power supply adapt with AC/DC220V, AC/DC110V. 2)ATC450-C Ø Wireless transceiver; Ø Maximum measuring 60 points; Ø 1 RS485 serial communication, Modbus-RTU; Ø Power supply adapt with DC24V 2.2.2 显示单元 Display Unit 1) ARTM-Pn Ø Wireless temperature measurement, maximum measuring 60 points; Ø U, I, P, Q, f, Ep, Eq measurement; Ø 4 digital inputs; Ø 2 alarm relays; Ø LCD display; Ø Power supply adapt with AC220V, DC220V, DC110V, AC110V; Ø 1 RS485 serial communication, Modbus-RTU. 3. 结构图 Structure https://preview.redd.it/5cg1arrkji4b1.png?width=1081&format=png&auto=webp&s=1203968ae8aefd1053291c20ff40a0f659cc0cb1 4. 产品方案组合图 Typical Solution https://preview.redd.it/sahrnrylji4b1.png?width=742&format=png&auto=webp&s=be13217730d37823941c2007561a1a9f0fb366f5 https://preview.redd.it/uvt9etrmji4b1.png?width=765&format=png&auto=webp&s=5e373d413cac02b5be0fa4628bd6d7c7980c6a34 5. 现场图片 On Site Photos https://preview.redd.it/dqiewqnnji4b1.jpg?width=1100&format=pjpg&auto=webp&s=2897b8727b004761908dfd18fa96739340eb0799 Bibliography1、Solutions for enterprise micro-grid system |
2023.06.07 05:00 Acrel-electric Application of wireless temperature measurement products in low-voltage swtichgear in Singpore
![]() | 摘要:温度是表征电力一次设备运行正常的一个重要参数。随着用电量的急剧增长,为了满足用电需求,变电站的开关柜等高低压设备长期运行在线状态,过负荷运行会导致一次设备的发热及过热,这一现象在负荷增长较快的地区显得尤为普遍。这些情况如不及时得到监控,及时处理,都将发生不可预测的大事故。通过对开关柜温度的实时监测,即可知道开关柜运行工况,通过电网信息资源整合,就可为状态检修提供强有力的依据因此,进行安全温度监测及智能化控制是非常有必要的。 submitted by Acrel-electric to u/Acrel-electric [link] [comments] Abstract: Temperature is an important parameter that characterizes the normal operation of electric primary equipment. With the rapid increase in power consumption, in order to meet the demand for electricity, high and low voltage equipment such as switch cabinets in substations are operating online for a long time. Overload operation will cause heating and overheating of primary equipment. This phenomenon is especially true in areas with fast load growth. universal. If these situations are not monitored and dealt with in time, unpredictable accidents will occur. Through real-time monitoring of the temperature of the switchgear, the operating conditions of the switchgear can be known, and the integration of power grid information resources can provide a strong basis for condition maintenance. Therefore, safe temperature monitoring and intelligent control are very necessary. 关键字:无线测温传感器,无线测温系统,433Mhz无线测温 Keywords: Wireless temperature sensor, wireless temperature monitoring system, 433Mhz wireless temperature sensor 1. 项目概述 Project Overview 某新加坡客户为中低压电气柜成套公司,对无线测温产品非常感兴趣,选择我司ATE400型CT感应取电式传感器,并且采用ATC450收发器来连接显示屏,后期计划通过4G网关上传云平台系统。有效监控过热故障,避免安全隐患。 A Singapore customer is a complete company for low- and medium-voltage electrical cabinets and is very interested in wireless temperature measurement products. He chose our company's ATE400 CT induction power sensor, and used ATC450 transceivers to connect to the touchscreen. In the future, it plans to upload to the cloud platform through the 4G gateway. system. Effectively monitor overheating faults to avoid potential safety hazards. 2.无线测温产品介绍Introduction of Wireless Temperature Measurement Product 安科瑞在线测温装置适用于高低压开关内线缆街头,断路器触头,高压线缆中间头,低压大电流等设备的温度检测,防止在运行过程中因氧化,松动等因素造成接点接触电阻过大而发热成为安全隐患,及时,持续及准确反映设备运行状态,提供设备安全性。 Acrel on-line temperature measurement device is suitable for the temperature detection of high and low voltage switches, circuit breaker contacts, high voltage cable middle heads, low voltage and high current equipment, to prevent contact caused by oxidation, loosening and other factors during operation Excessive contact resistance and heat generation become a safety hazard, timely, continuous and accurate reflection of equipment operating status, and equipment safety. 3.无线测温系统特点 Features of Wireless Temperature Monitoring System (1)无线测温模块安全可靠、安装维护简单,适合对中开关高电压、大电流接点处进行温度监测,被测设备的结构不需要变动。 (2)整个无线测温系统可以通过无线方式通讯,信号传输方便。 (3)无线测温系统抗干扰能力强,对脉冲干扰、快速瞬变干扰、静电辐射、电磁场辐射等的抗干扰能力达到国家四级标准,同时设备运行不影响中压开关的分、合闸操作以及保护装置的动作。 (4)应用在工业(煤矿、钢铁、石油、化工)、电厂、学校、医院、市政建设、交通设施(机场、火车站)、商业建筑、会展中心、光伏发电、新能源等领域。 (1) The wireless temperature measurement module is safe and reliable, and easy to install and maintain. It is suitable for temperature monitoring at the high voltage and high current contacts of the middle switch. The structure of the device under test does not need to be changed. (2) The entire wireless temperature measurement system can communicate wirelessly, and the signal transmission is convenient. (3) The wireless temperature measurement system has strong anti-interference ability, and its anti-interference ability against pulse interference, fast transient interference, electrostatic radiation, electromagnetic field radiation, etc. has reached the national four-level standard, and the operation of the equipment does not affect the opening and closing of the medium voltage switch Operation and protection device actions. (4) Application in industry (coal, steel, petroleum, chemical), power plants, schools, hospitals, municipal construction, transportation facilities (airports, railway stations), commercial buildings, convention and exhibition centers, photovoltaic power generation, new energy and other fields. 4.无线测温解决方案 Wireless Temperature Monitoring Solution 4.1 测温传感器 Wireless temperature sensor 4.1.1 CT感应取电无线测温传感器 Wireless temperature sensor by CT sensing ATE400 ·Small size; ·Wireless transmit; ·Wireless transmission distance, 150 meters; ·Fase sampling frequency,15s; ·CT-powered, more than 5A starting current; ·Widely temperature measuring range, -40℃~125℃. 4.1.2电池供电型无线测温传感器 Wireless temperature sensor powered by battery 1) ATE200 ·Wireless transmit; ·Wireless transmission distance, 150m; ·Fase sampling frequency, 25s; ·Battery -powered, more than 5 years; ·Widely temperature measuring range, -40℃~125℃. ATE100 ·Wireless transmit; ·Wireless transmission distance, 150m; ·Fase sampling frequency, 25s; ·Battery -powered, more than 5 years; ·Widely temperature measuring range, -40℃~125℃. ATE100M ·Wireless transmit; ·Wireless transmission distance, 150m; ·Fase sampling frequency, 25s; ·Battery -powered, more than 5 years; ·Widely temperature measuring range, -40℃~125℃. 4.2 采集/显示终端 ReceiveDisplay Unit 4.2.1 接收单元 Receiver 1)ATC600-C ·Wireless transceiver; ·Maximum measuring 240 points; ·1 RS485 serial communication, Modbus-RTU; ·2 alarm relays; ·Power supply adapt with AC/DC220V, AC/DC110V. 2)ATC450-C ·Wireless transceiver; ·Maximum measuring 60 points; ·1 RS485 serial communication, Modbus-RTU; ·Power supply adapt with DC24V 4.2.2 显示单元 Display Unit 1) ARTM-Pn ·Wireless temperature measurement, maximum measuring 60 points; ·U, I, P, Q, f, Ep, Eq measurement; ·4 digital inputs; ·2 alarm relays; ·LCD display; ·Power supply adapt with AC220V, DC220V, DC110V, AC110V; ·1 RS485 serial communication, Modbus-RTU. 5.结构图 Typical Connection https://preview.redd.it/7b69jy97hi4b1.png?width=1081&format=png&auto=webp&s=c1ef5a319f8ac923915428eb77d5e6572399fd29 6.应用场景 Application https://preview.redd.it/k7fr0y38hi4b1.jpg?width=1100&format=pjpg&auto=webp&s=0f157f447191329a544572c72edc353efefaff74 参考文献Bibliography 1.Solutions For Enterprise Micro-grid System 2020.02 |
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2023.06.06 06:50 Adbacklist991 Techstream Software ! Revolutionize Your Workflow
![]() | submitted by Adbacklist991 to u/Adbacklist991 [link] [comments] https://preview.redd.it/psxsgz5qvb4b1.jpg?width=640&format=pjpg&auto=webp&s=bba16b925a4f69b9630231c3a63648b142fe2bf4 Techstream software is a comprehensive software suite for diagnostics and vehicle performance analysis. It is widely used by automotive professionals and enthusiasts alike. Techstream software offers a wide range of features, including access to real-time data, customizable dashboards, and advanced diagnostic tools. It is compatible with a variety of vehicle models and can be used to diagnose and troubleshoot a range of issues, from engine performance to emissions and safety systems. Whether you are a professional mechanic or a diy enthusiast, techstream software can help you stay on top of vehicle maintenance and repairs. With its intuitive interface and powerful tools, it is a must-have for anyone looking to optimize vehicle performance and efficiency. https://preview.redd.it/kvtq9myrvb4b1.jpg?width=1000&format=pjpg&auto=webp&s=306a136327071fe30944f44ff2c8efb53b3a52ef Understanding Techstream Software: A Comprehensive OverviewTechstream software is a comprehensive diagnostic tool designed to help technicians and mechanics detect and repair problems with a wide range of vehicles. It is widely used in dealership service departments and repair shops, as it can quickly identify issues, save time and money, and improve vehicle performance.In this blog post, we'll dive into a comprehensive overview of techstream software, with a focus on its key features and capabilities. What Is Techstream Software?Techstream software is a diagnostic tool that enables technicians to quickly identify and repair issues with vehicles. Here are some key points about techstream:
Key Features Of Techstream SoftwareTechstream offers many features that make it a powerful diagnostic tool. Here are some of the key features worth noting:
Advantages Of Using Techstream Software For Your Business WorkflowTechstream software has been designed to offer seamless workflow solutions for businesses. If you're looking for an all-in-one solution to manage your business activities, then techs tream software is an excellent choice. In this section of the blog post, we'll discuss some of the significant advantages of using techstream software for your business workflow.Streamlined ProcessesTechstream software allows businesses to streamline their processes effectively. With techs tream software, businesses can automate most of their manual processes, including tracking daily activities. Additionally, techstream software eliminates redundancies and inefficiencies in business processes, providing a more streamlined running of daily activities.This leads to improved efficiency and increased productivity at work. Some of the benefits of techs tream software include:
Enhanced CollaborationTechstream software promotes teamwork and collaboration among employees. With this software, colleagues can easily communicate and share important business information in real-time. This enhances business productivity while ensuring the delivery of high-quality services. The following features make techstream software an excellent collaboration tool:
Real-Time MonitoringTechstream software offers real-time monitoring of all business operations. Managers can monitor all activities in real-time, ensuring that everything runs as expected. This makes it easier to identify and resolve any issues that arise quickly. The following features of techs tream software make it an excellent real-time monitoring tool:
Reduction In Operational CostsTechstream software can significantly reduce your business's operational costs. It provides a centralized dashboard for management, allowing you to monitor all your business activities. This helps you identify and eliminate inefficiencies, reducing operational costs in the process. The following features of techstream software help in reducing operational costs:
https://preview.redd.it/opizyccuvb4b1.jpg?width=892&format=pjpg&auto=webp&s=302e79876abbb770832cdaa3e78ae12428d667ae Implementation Of Techstream Software In Your BusinessTechstream software is revolutionizing the way businesses operate, delivering a robust and comprehensive software product that manages everything from data analytics to project management. Companies can expect to see significant improvements in productivity and efficiency when they implement techstream software.In this blog post, we will focus on how to integrate techs tream software with your existing workflows, as well as the training and support that is available to ensure a seamless transition. How To Integrate Techstream Software With Your Existing WorkflowsIf you're considering implementing techstream software in your business, a key concern may be how to integrate it with your existing workflows. Here are some key points to consider:
Training And SupportWhen you sign up for techstream software, you can expect comprehensive training and support to ensure that your team can successfully navigate the software. Here are some things to consider:
Case Studies: Real-Life Examples Of Businesses That Have Transformed Their Workflow With Techstream SoftwareTechstream software is a powerful tool that can transform the workflow of any business. Here are some real-life examples of how businesses have benefited from the software and achieved their desired results.Success StoriesOne of the success stories of techstream software comes from a small advertising agency. They were struggling to manage client data and had a hard time tracking the progress of each project. After implementing techstream, they were able to streamline their workflow and manage projects effectively, resulting in increased productivity and client satisfaction.Another success story involves a retail company that was struggling to keep track of their inventory and sales. With techstream, they were able to centralize their data, monitor stock levels in real-time, and make informed decisions on purchasing and price adjustments. This led to an overall increase in sales and revenue. Lessons LearnedAlong the way, businesses have learned some valuable lessons when implementing techstream software. Here are some lessons learned:
Techstream software offers a modern solution to businesses looking to streamline their operations and improve performance. With its powerful tools and easy-to-use interface, techstream software simplifies complex workflows, automates tedious tasks, and increases productivity. Its accounting features make bookkeeping a breeze, and the detailed reporting capabilities help businesses make data-driven decisions. The software is highly customizable and can be tailored to fit the unique needs of any business, small or large. Techstream software also prioritizes security, ensuring sensitive data is protected from potential threats. With 24/7 customer support, businesses can feel at ease knowing they have reliable assistance if needed. Overall, techstream software is a comprehensive solution that can elevate businesses to the next level. Its ease of use, flexible customization, and powerful capabilities make it an ideal choice for any company looking to boost their efficiency. |
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