Market research firm Fact.MR projects that the global high voltage electric #heater market for EVs will register a 23% CAGR, between 2020 and 2030, with the coolant heaters segment creating an absolute $ opportunity of US$4.4 Bn over the period.
"The word ‘disruptive’ has been abused to the point where media have been desensitized, but what other word better describes the potential extinction event of a more than $35B automotive supplier segment, if we apply the projected 23% CAGR from 2030-2040, which is a $35B EV OEM cost advantage, over the two decades our patents’ protections are in play? Cost reductions go right to bottom line of EV OEM P&L, or enables dominant market share in very elastic, higher volume, lower cost electric vehicle markets", said Andy Turudic, company president.
This novel heater uses a third mode of operation of the existing power transistors in a #BEV/# PHEV’s traction inverter to readily produce several kilowatts of coolant heating, which can then be directed from the #inverter to heat the passenger compartment and/ or its high voltage battery system in preparation for high speed charging or to facilitate electric vehicle operation in cold weather.
The technology’s ~$20 traction inverter modification leaves the traction inverter energy efficiency unaffected and completely eliminates unreliable res istive heating elements, typically based on sintered barium titanate #PTC resistors, used in all PHEV/BEV, along with their attendant high-voltage power and control circuits, modules, and plumbing, and makes the world a better place by eliminating environmental concerns with disposing, or recycling, of hazardous elemental barium when vehicles reach their end of life.
Mr. Turudic will be presenting his peer-reviewed technical paper, which fully describes this innovative, cost-reducing, technology in a technical session at the premier #SAE #WCX 2023 engineering conference in Detroit, Michigan, on April 18, 2023 at 9:30am.
To schedule a briefing, or to set up a meeting in Detroit, please contact Rancho del IP at the earliest convenience.
Contact:
Rancho del IP
40 N. Gould St. STE 7055
Sheridan, Wyoming 82801
(307) 461-9667?
pr.rancho.del.ip@gmail.com
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SOURCE Rancho del IP