An engineering guide to liquid-cooled LiFePO4 battery packs for construction machinery, heavy-duty trucks and high-voltage industrial equipment. Covers working principles, thermal design, performance advantages, air-cooling comparison and factory acceptance checks.

An engineering review of a 598.92V, 302Ah, 180.87kWh high-voltage lithium battery system for heavy-duty electric machinery, covering modular pack architecture, liquid BTMS, CEB-B70S/CEB-B70H system control and a VAPEL 27.5V / 110A DC-DC converter.

Explore how LiFePO4 battery energy density improved over the past decade, the key technologies behind the gains, and what to expect through 2035 for industrial applications.

SPIDERWAY's senior sales engineer shares 50 practical lessons for fleet owners evaluating industrial lithium batteries, covering cost, charging, BMS, temperature, compatibility, safety, and more.

Compare one lithium forklift battery to two lead-acid batteries per truck. Review fleet-level cost, energy balance, charging, and operational factors for a sound electrification decision.

Explore how sodium-ion forklift batteries address cold-climate challenges in the Russian market, offering strong low-temperature performance, high charging efficiency, low maintenance, and raw-material advantages over traditional chemistries.

Discover why LiFePO₄ is the preferred power platform for commercial floor scrubbers. SPIDERWAY offers OEM/ODM engineering for new machines and lead-acid-to-lithium upgrades, delivering longer life, faster charging, and lower total cost of ownership.

Compare LiFePO₄ (LFP) cycle life with NMC, NCA, LMO, LCO, and LTO chemistries. Understand how depth of discharge, temperature, and battery system design influence real-world longevity in industrial vehicles.