Steel plants cut energy costs with battery storage through peak shaving and valley filling. See how, and two real deployed projects - including a 15MW/30MWh station with a 4.6-year payback and ¥69.5M lifetime savings.

Air-cooled energy storage costs less upfront and suits smaller, low-cycle installs; liquid-cooled delivers longer life, higher efficiency, and lower total cost of ownership for daily-cycling C&I and utility projects. Here's how to choose.

A Cell Contact System (CCS) is a core component inside electric vehicle (EV) and energy storage battery packs. It integrates copper or aluminum busbars, voltage/temperature sensors, and a flexible circuit board (FPC or PCB). The CCS links individual battery cells to the Battery Management System (BMS), replacing bulky wiring harnesses to save space, reduce weight, and monitor safety.

A B2B purchasing checklist detailing the core manufacturing, quality validation, and process technical metrics required when sourcing high-volume CCS integrated busbars.

A realistic guide to evaluating the total cost of ownership for commercial and industrial (C&I) energy storage systems, covering hardware, integration, and engineering factors.

A deep technical look at how the Tangshan Huaxi Special Steel 15MW/30MWh liquid-cooled BESS project generated over 300,000 RMB in profit within its first 15 days of grid connection.