JREPower provides durable battery solutions for forklifts, cleaning vehicles, AGVs, and marine applications, delivering reliable power, long cycle life, and stable performance in demanding industrial environments.
Featuring space-saving modular architecture with reinforced casing and anti-shock internal layout, JREPower batteries withstand mechanical stress while enabling flexible installation in confined equipment spaces.
Designed for heavy-duty applications, JREPower batteries deliver stable high-current discharge, ensuring uninterrupted operation for logistics equipment, automated material handling systems, and marine propulsion.
Supporting opportunity charging and high charge acceptance, our solutions maximize equipment uptime in multi-shift industrial settings while maintaining long-term cycle life.
A leading logistics center in Poland sought to modernize its aging forklift fleet to enhance operational efficiency and reduce escalating maintenance and energy costs. The goal was to achieve 24/7 continuous material handling operations while lowering total cost of ownership.
Challenge
The existing lead-acid battery fleet required frequent maintenance and lengthy charging periods, causing operational downtime.
Energy costs were rising due to inefficient charging cycles and limited battery lifespan under intensive multi-shift operations.
Solution
JREPower implemented a full-scale lithium-ion battery replacement program, integrating smart charging infrastructure and a cloud-based Fleet Energy Management System tailored to Poland’s industrial electricity structure. Our high-density LiFePO₄ batteries supported opportunity charging during shift breaks, eliminating battery swap delays. The intelligent system dynamically managed charging schedules based on real-time usage patterns and local grid tariff optimization.
Results
Achieved 38% reduction in energy costs through optimized charging strategies and local peak-shaving mechanisms.
Increased forklift operational availability by 32% with rapid charging and zero scheduled battery change downtime.
Extended battery service life to over 5 years under rigorous multi-shift operation, supported by real-time health monitoring and low-temperature adaptive protection.
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