ニュース

25-point procurement checklist for sourcing BTMS water cooling units internationally. Covers IATF 16949, ECE R100/R10, CAN/J1939 integration, EMC/IP67/vibration testing, warranty terms, F-Gas compliance, and localization requirements for commercial EV fleets.

Compare centralized liquid-cooled BTMS vs. direct refrigerant cooling for electric buses, trucks, and commercial fleets. Includes architecture trade-offs, maintenance analysis, TCO comparison, and model selection guide (NBSLJZ 3.5~6kW for 50~00kWh battery packs).

Optimal BTMS thermal management extends EV battery life by 25~0%. This guide covers the temperature-longevity relationship, SEI layer science, lithium plating mitigation, $20,000~35,000 per-vehicle savings, and NBSLJZ BTMS role in ESS and electric bus battery longevity.

BTMS safety engineering guide for thermal runaway prevention in commercial EVs. Covers UN ECE R100 Rev.4, GB 38031-2020, thermal margin management, BMS-BTMS coordinated shutdown, propagation containment, and NBSLJZ multi-level fault response system.

McKinsey forecasts 40% commercial vehicle electrification by 2035 ($12~8B BTMS market). This article explores 800V ultra-fast charging (500kW), 400~00kWh battery packs, autonomous EV thermal demands, and NEWBASE 16~0kW BTMS development roadmap.

A complete engineering guide to leak-proof BTMS water cooling unit design for commercial EVs. Covers IP67 sealing, EPDM O-rings, helium leak testing, and UN ECE R100 compliance for NBSLJZ series 3.5~6kW chillers.

NEWBASE Electric Bus Air Conditioning Systems: Advanced Thermal Management Technologies for Next-Generation Zero-Emission Fleets Introduction The thermal management of electric buses represents one of the most critical engineering challenges facing the commercial vehicle industry today. Research has consistently shown that air conditioning systems are among the largest auxiliary energy consumers in electric buses, with HVAC energy consumption capable of accounting for up to 24% of total energy usage under extreme conditions. Studies have further documented that HVAC systems can lead to up to a 50% reduction in total driving range during extreme cold weather conditions. As the global electric bus market continues its rapid expansion—with electric heat pump systems now

NEWBASE Electric Bus Air Conditioning Systems: Next-Generation Thermal Management for Zero-Emission Fleets Introduction The global public transportation sector is undergoing an unprecedented transformation. With more than two-thirds of new city and intercity buses now electric, the demand for advanced, energy-efficient thermal management solutions has never been greater. The global electric bus air conditioning market was valued at approximately US$2.56 billion in 2025 and is projected to reach US$3.15 billion by 2032. As fleet operators and OEMs worldwide transition to zero-emission platforms, the role of high-performance electric bus HVAC systems in ensuring passenger comfort, battery longevity, and operational range has become critical. NEWBASE, a leading manufacturer of commercial vehicle HVAC solutions,

The Rise of Electric Rooftop Air Conditioning: Market Dynamics, Technology Trends, and the Future of Vehicle Thermal Management Introduction The global transition toward vehicle electrification is reshaping every component of automotive engineering, and few systems are undergoing more profound transformation than the vehicle’s climate control architecture. Rooftop electric air conditioning systems—once a niche application confined to specialty vehicles—have emerged as a cornerstone technology for the new energy vehicle (NEV) ecosystem. As the industry pivots away from engine-driven mechanical compressors toward electrically powered, independently operated thermal management solutions, the market for Electric Bus Air Conditioner systems, Parking Air Conditioner units, and integrated BTMS System solutions is experiencing unprecedented growth. This article