技術アップデートとイノベーション

Published by NEWBASE | Company News As global logistics markets accelerate toward electrification and sustainable transportation, NEWBASE continues expanding its thermal management and refrigerated vehicle product portfolio to meet evolving customer demands. With increasing requirements for temperature-controlled transportation in food delivery, pharmaceuticals, retail distribution, and urban logistics, electric refrigerated vehicles are becoming an important growth segment in the commercial vehicle industry. To support this transition, NEWBASE has strengthened its focus on new energy refrigeration solutions, including electric refrigerated vehicles, refrigeration units, battery thermal management systems, and vehicle air conditioning technologies. Responding to Industry Transformation Cold chain logistics is undergoing rapid modernization driven by: Traditional refrigerated vehicles often face operational challenges […]

Published by NEWBASE | Product News NEWBASE officially introduces its new generation Solar-Powered Electric Refrigerated Tricycle, providing an innovative solution for urban cold chain transportation and green logistics. Designed for modern distribution needs, this vehicle integrates electric drive technology, intelligent refrigeration control, solar charging capability, and high-efficiency insulation into one compact platform. A New Solution for Sustainable Distribution The logistics industry is under growing pressure to reduce carbon emissions while improving delivery efficiency. Conventional refrigerated vehicles often suffer from: NEWBASE addresses these challenges with a clean-energy refrigerated vehicle platform. Advanced Refrigeration Performance The NEWBASE refrigerated tricycle is equipped with: The system utilizes: This ensures reliable refrigeration efficiency and precise temperature

The “last-mile” delivery of vaccines, insulin, and high-value biologics represents the most critical link in the global pharmaceutical supply chain. Unlike standard food logistics, pharmaceutical distribution requires absolute thermal stability and equipment reliability, particularly when navigating the high-humidity and unpredictable weather of urban environments. For B2B fleet operators, the transition to IP67-rated refrigeration systems is no longer optional; it is a fundamental requirement for maintaining GSP (Good Supply Practice) compliance. The Vulnerability of Urban Cold Chain Infrastructure Urban logistics for medicine often involve micro-vehicles like electric tricycles or compact delivery pods. These vehicles face unique environmental stressors that can compromise sensitive cargo: Why IP67 Protection is the Benchmark for Medical

Introduction As electric vehicles (EVs) and energy storage systems (ESS) continue to accelerate global energy transition, battery thermal management has become a critical factor determining system performance, longevity, and safety. This article provides a comprehensive technical analysis of 8kW-class liquid-cooled battery thermal management systems (BTMS), based on practical engineering implementation and industry best practices. System Architecture Overview Core Components An 8kW liquid-cooled BTMS typically comprises four primary subsystems: 1.Liquid Cooling – Includes corrosion-resistant aluminum alloy cooling plates, magnetic levitation centrifugal pumps, and expansion tanks. Flow rate adjustment range spans 0.5-8 L/min with pipeline pressure tolerance of 1.6MPa. 2.Heat Exchange Subsystem – Employs plate-fin heat exchangers combined with electronic compression to

商用車用水冷BTMS：完全な技術概要 バッテリーの温度管理は、電気商用車にとって非常に重要です。適切な温度制御を行わないと、バッテリーの性能低下、劣化の加速、安全上の潜在的リスクが発生します。水冷式バッテリー熱管理システム（BTMS）は、要求の厳しい商用車アプリケーションにおけるバッテリー温度管理の業界標準として登場しました。水冷式BTMSの仕組み 水冷式BTMSは、冷却水を熱媒体として使用し、バッテリーパック内を循環させて余分な熱を吸収・除去します。システムは、コンプレッサー、エバポレーター、コンデンサー、膨張弁、プレート式熱交換器の5つの主要コンポーネントで構成されています。クーラントの温度と流量を調整することで、システムはバッテリーパックを維持する。