Industry Insights

Meta Description:** Discover the NEWBASE refrigerated tricycle — an electric cold chain delivery vehicle engineered for urban environments. Explore key specs, insulation technology, and why NEWBASE leads the micro-logistics revolution. Introduction In the rapidly evolving landscape of last-mile cold chain logistics, businesses need delivery solutions that combine efficiency, affordability, and reliability. NEWBASE (新基业) has emerged as a premier manufacturer of refrigerated tricycles designed specifically for urban and suburban cold chain delivery. Whether transporting frozen foods, ice cream, dairy products, fresh produce, or pharmaceuticals, NEWBASE refrigerated tricycles offer a sustainable and cost-effective alternative to traditional delivery vans. What Is a Refrigerated Tricycle? A refrigerated tricycle is an electric three-wheeled vehicle equipped […]

Abstract As the global electric vehicle (EV) market accelerates toward mass adoption, battery thermal management has emerged as a critical engineering discipline that directly determines vehicle safety, charging performance, battery lifespan, and real-world driving range. This article presents NEWBASE (Xinjiye) Electric Vehicle Co., Ltd.’s comprehensive line of liquid cooling chiller units—engineered specifically for battery thermal management systems (BTMS) in electric commercial vehicles, passenger EVs, hybrid electric vehicles, and industrial machinery. With power configurations ranging from 3 kW to 5 kW refrigeration capacity, optional PTC liquid heaters (6–14 kW), CAN 2.0 communication, self-diagnostic capabilities, real-time power telemetry, and EMC Class III compliance, the NEWBASE BTMS portfolio delivers precise, reliable, and scalable

Executive Summary: The global last-mile cold chain logistics sector is undergoing an unprecedented paradigm shift driven by stringent environmental mandates, rising urban traffic congestion, and the surging demand for rapid, temperature-controlled delivery of pharmaceuticals and perishable goods. Zhengzhou NewBase Automotive Electronics Co., Ltd. (NEWBASE) has engineered a highly specialized electric refrigerated tricycle designed to eliminate the historical compromises between payload capacity, thermal stability, and operational sustainability. This technical whitepaper evaluates the engineering architecture, thermodynamic performance, electrical design, and structural parameters of the NEWBASE vehicle, establishing its capability to maintain a rigorous -18°C environment under intense urban delivery cycles. 1. Introduction & Market Dynamics in Last-Mile Logistics Modern urban logistics face

Introduction As global demand for fresh food, pharmaceuticals, vaccines, and temperature-sensitive products continues to grow, the cold chain logistics industry is undergoing rapid transformation. Traditional fuel-powered refrigerated vehicles face increasing challenges related to operating costs, carbon emissions, urban traffic restrictions, and environmental regulations. In response, the Electric Refrigerated Tricycle has emerged as an innovative and practical transportation solution, particularly for urban distribution and last-mile delivery applications. Developed by NEWBASE (Zhengzhou NewBase Automotive Electronics Co., Ltd.), the Electric Refrigerated Tricycle combines advanced electric propulsion technology, intelligent refrigeration systems, solar-assisted charging, and robust vehicle engineering to provide a reliable, energy-efficient, and environmentally friendly cold chain transportation platform. This article explores the technical

By NEWBASE Innovation Lab | Published April 30, 2026 | 10 min read Modern transport refrigeration represents a convergence of multiple advanced technologies, each contributing to the overall system performance. The NEWBASE NBESR-1000A incorporates several proprietary technical innovations that differentiate it from conventional refrigeration systems and deliver measurable benefits in efficiency, cargo protection, and reliability. 1. Vapor Injection Technology The Efficiency Challenge in Low-Temperature Applications When refrigeration systems operate at very low temperatures — such as the NBESR-1000A’s -18°C to -20°C capability — they face a fundamental efficiency problem. As the evaporation temperature drops, traditional single-stage compression becomes increasingly inefficient. Vapor Injection: The Solution Vapor injection technology solves these problems

Battery degradation is the single largest financial risk for commercial electric vehicle operators. According to Geotab’s research analyzing data from over 10,000 electric vehicles, EV batteries currently degrade at an average rate of 1.8% per year — an improvement from the 2.3% rate seen in earlier models. But for a fleet operator running 50 heavy-duty electric trucks with 300 kWh battery packs, even 1.8% annual degradation means replacing batteries worth hundreds of thousands of dollars sooner than planned. The key variable in battery degradation that fleet operators can control is thermal management. The Thermal-Degradation Connection Lithium-ion battery degradation accelerates dramatically when cells operate outside their optimal temperature range of 15–35°C.

As electric commercial vehicles transition from early adoption to mainstream deployment, the limitations of traditional air-cooling systems have become impossible to ignore. In 2025, a comprehensive review published in MDPI’s journal Batteries systematically evaluated advanced cooling strategies — including indirect liquid cooling, phase change material (PCM) cooling, and hybrid approaches — and concluded that liquid cooling systems deliver the highest heat transfer efficiency for preventing thermal runaway in lithium-ion battery packs. The Physics Behind Liquid Cooling Superiority Liquid cooling works on a simple but powerful principle: liquids have significantly higher heat capacity and thermal conductivity than air. Water-glycol mixtures used in BTMS (Battery Thermal Management Systems) can absorb and transport

Published by NEWBASE | Industry Analysis The global cold chain industry is entering a new phase of transformation. Driven by the rapid growth of online grocery delivery, pharmaceutical logistics, fresh food e-commerce, and urban retail distribution, demand for efficient last-mile cold chain transportation is rising significantly. At the same time, logistics operators face mounting pressure from: These trends are accelerating the adoption of compact electric refrigerated vehicles. Why Last-Mile Cold Chain Is Becoming More Important Last-mile delivery represents one of the most critical and costly stages in cold chain logistics. Temperature-sensitive goods such as: must remain within strict temperature ranges throughout transportation. Any temperature deviation may lead to: As a

Published by NEWBASE | Cold Chain Logistics Insights As global demand for fresh food, pharmaceuticals, frozen products, and temperature-sensitive goods continues to rise, urban cold chain logistics is entering a new era of electrification and intelligent distribution. Traditional fuel-powered refrigerated vehicles face increasing pressure from rising fuel costs, stricter environmental regulations, and growing expectations for last-mile delivery efficiency. In response, electric refrigerated vehicles are becoming a preferred solution for modern urban logistics. NEWBASE has introduced its latest Electric Refrigerated Tricycle, designed specifically for short-distance cold chain transportation, urban delivery, retail distribution, and mobile refrigeration applications. Why Electric Refrigerated Vehicles Are Growing Fast The cold chain industry is experiencing rapid transformation

By NEWBASE Sustainability Division | Published April 30, 2026 | 12 min read The refrigeration industry is in the midst of the most significant environmental transformation in its history. The global push to address climate change has placed transport refrigeration units — traditionally powered by diesel engines using HFC refrigerants with high global warming potential (GWP) — at the center of environmental scrutiny. As of January 2025, new EPA regulations under the American Innovation and Manufacturing (AIM) Act have begun phasing down the use of hydrofluorocarbons (HFCs), with specific requirements for transport refrigeration applications. For fleet operators, this regulatory shift represents both a challenge and an opportunity. NEWBASE is meeting this moment