Ono Sokki Co., Ltd. (President: Yuji Okoshi), a manufacturer and distributor of electronic measuring instruments, will add "Energy Consumption and Driving Range" to its BYD SEAL (Japanese name: SEAL) report as part of its new "Benchmarking Report Sales" business, and will begin sales on Wednesday, January 8, 2025.
Since 2023, our company has been selling benchmarking reports focusing on electric vehicles (EVs). Initially, we focused on EVs in China, but we are now gradually expanding our lineup to include reports on range-extender EVs. We plan to continue adding xEV reports as needed, while flexibly incorporating market needs.
Features
- We provide measurement data utilizing our engineering technology.
- This includes measurement data related to BYD, China's largest EV manufacturer.
*In the future, we plan to expand the measurement data to include 2-4 vehicle models per year, not limited to Chinese vehicles.
Target Market
- Automobile manufacturers and other companies involved in electric vehicles
Newly added report
- Added "Energy Consumption and Driving Range" to the BYD SEAL (Japanese name: SEAL) report.
Regarding the sale of benchmarking reports
In the increasingly sophisticated and diverse field of automotive development, benchmarking is a crucial source of information. Especially in xEV development, where speed is paramount, there is a strong need to quickly acquire information and utilize it in development. Furthermore, this information need is not limited to automotive manufacturers; it is required by a wide range of companies, including motor suppliers. Our company, committed to providing reports focused on electric vehicles, leverages our unique perspective as a manufacturer of measuring instruments.
Newly added report (available from Wednesday, January 8, 2025)
BYD Sea Leopard (Japanese name: SEAL)
Fuel efficiency and driving range
Based on GTR No.15 ANNEX 8, we measured the energy consumption and driving range during WLTC mode driving. In addition, we measured the energy consumption when the ventilator air conditioning temperature was changed, investigated the behavior of the refrigerant compressor, and performed a loss breakdown of each element during mode driving.
