Home / Products / Industrial Commercial Energy Storage Battery(BESS) Commercial & Industrial Battery Energy Storage Systems GSL Energy designs and manufactures commercial energy storage systems for factories, commercial facilities and project developers. Our C&I battery portfolio covers integrated outdoor cabinets and scalable battery configurations for solar PV integration, peak shaving, backup power and microgrids. The right system depends on the site's load profile, available space, grid connection and operating objective.As an energy storage system manufacturer, we support EPCs and integrators with battery system design and integration. Share your target power (kW), usable energy (kWh), expected discharge duration and installation conditions so our team can recommend a suitable configuration and review the applicable product documentation. Explore BESS Products Discuss Your Project 125kW 241kWh Air-Cooled Commercial & Industrial BESS | High-Voltage All-in-One Energy Storage System High-Voltage LiFePO₄ All-in-One Energy Storage System | 125kVA/241kWh Smart Air-Cooled C&I BESS BESS-R60K Air-Cooling Commercial & Industrial BESS Battery, 20–60kWh, UL1973/UL9540/UL9540A Certified, 10-Year Warranty 50kVA 50/80/100/120/130kWh Commercial Battery Energy Storage System CESS-125K232: Commercial-Scale AC-Coupled Liquid-Cooled Battery Storage System 125kVA / 241kWh All-in-One Commercial & Industrial BESS | High-Capacity C&I Battery Energy Storage System ‹123› Why Choose GSL ENERGY C&I BESS From solar battery storage to demand management, each project starts with its electrical load and operating goal. GSL Energy develops lithium iron phosphate (LFP) battery storage systems for C&I sites, with cabinet and modular options that can be evaluated for the required power, duration and installation environment. Modular Scalable BESS Design Flexible battery cabinets and containerized energy storage configurations support capacity expansion for factories, commercial buildings, industrial parks, data centers, and microgrids. Peak Shaving Lower Electricity Costs A peak shaving battery can charge when site demand is lower and discharge during demand peaks. Savings depend on the local tariff, load profile, battery dispatch and available capacity. Smart EMS Intelligent Energy Control Integrated BMS, PCS, and EMS technology enables real-time monitoring, intelligent charge and discharge scheduling, load management, remote operation, and system performance optimization. UL9540 UL1973 CB/CE Multi-Level Safety Protection Advanced battery monitoring, thermal management, electrical protection, fire protection, and system-level safety controls help deliver stable and reliable operation in demanding commercial and industrial environments. Energy Storage Projects Worldwide GSL Energy serves customers in 150+ countries. These project examples show how battery energy storage systems are configured for different loads and operating goals, including solar integration, peak shaving, and backup power. Case Study GSL Energy R40 51.2V 100Ah LiFePO4 Battery: A 160kWh Commercial Storage Project in Israel GSL Energy recently completed a 160kWh energy storage system in Israel using four R40 rack-mounted LiFePO4 battery units. This article explains how the modular R40 platform solved local power challenges, and what to check when selecting a rack-mounted LiFePO4 battery for hot-climate commercial sites. Project Background & Site Conditions Israeli commercial sites buy power from the national utility under […] Read Case Case Study GSL Energy Delivers 80kW / 209kWh Air-Cooled BESS for a Swiss Farm in Sub-Zero Conditions In April 2026, GSL Energy — a China-based, factory-direct BESS manufacturer — commissioned an all-in-one 80kVA / 209kWh air-cooled battery energy storage system at a working farm in Switzerland. The project shows how cold climate battery storage built on LiFePO4 cells supports peak shaving and energy independence through harsh alpine winters. Project Background Swiss farms face two pressures: high grid tariffs […] Read Case Case Study California USA 200kWh UL-Certified Battery Energy Storage System Project Project Overview Location: California, USA Installation Date: May 2026 System Capacity: 200kWh Battery System: 4 × GSL Energy R50 Energy Storage Systems In May 2026, GSL Energy successfully deployed a 200kWh battery energy storage system project in California, USA, featuring four units of the R50 Series energy storage systems. Developed specifically for the North American […] Read Case Case Study 60kWh Off-Grid Solar Battery Storage System in Matunggong, Kudat Malaysia Powers Remote Small Business Without Grid Connection Project Overview Project Location: Matunggong, Kudat, Sabah, MalaysiaApplication: Off-grid solar power system for small businessSolar Capacity: 15kWp solar PV systemEnergy Storage Capacity: 60kWh LiFePO₄ battery storageBattery System: 6 × 10kWh GSL ENERGY Wall-Mounted Solar BatteriesSystem Type: Off-grid solar + battery energy storage systemSolution Provider: GSL ENERGY In Matunggong, Kudat, Sabah, Malaysia, a local business owner […] Read Case Case Study 50kW/120kWh Solar Hybrid Microgrid Completed in Malaysia with GSL Energy Battery Storage System A practical renewable energy installation combining solar generation, battery storage, and intelligent power management for reliable electricity supply in rural areas Building a More Reliable Energy Solution for Remote Communities In many remote areas of Malaysia, reliable electricity supply remains a key challenge due to geographical conditions, limited grid infrastructure, and increasing energy demand. To […] Read Case Case Study Smart Energy Storage Solution in Thailand: 186kWh High Voltage Battery System with 50kVA Deye Hybrid Inverter Supporting Commercial Energy Optimization Through Advanced Battery Storage Technology As electricity demand continues to increase across Southeast Asia, more commercial and industrial users are exploring battery energy storage solutions to improve power reliability, optimize electricity costs, and maximize renewable energy utilization. In Thailand, GSL Energy has deployed a 186kWh high-voltage LiFePO₄ energy storage system integrated […] Read Case Expert Insights Explore practical answers to common questions about C&I battery energy storage systems, including system sizing, solar integration, operating costs, safety, certifications, and project-specific configurations. What is an Industrial & Commercial Battery Energy Storage System (C&I BESS)? An Industrial & Commercial Battery Energy Storage System (C&I BESS) is an advanced energy storage solution designed for businesses, factories, commercial buildings, industrial parks, and renewable energy projects. Unlike residential battery systems, C&I BESS provides higher energy capacity, stronger power output, and intelligent energy management functions to support applications such as peak shaving, renewable energy integration, backup power, and microgrid operation. A complete C&I BESS typically includes battery modules, Battery Management System (BMS), Power Conversion System (PCS), Energy Management System (EMS), thermal management, and safety protection systems. How does a commercial battery energy storage system work? A commercial battery energy storage system stores electricity from the grid or renewable energy sources such as solar PV. During periods of low electricity demand or lower electricity prices, the system charges the batteries. During peak demand periods or power interruptions, stored energy is discharged to support business operations. Through intelligent EMS control, the system can automatically optimize charging and discharging strategies to improve energy efficiency and reduce electricity costs. What are the main benefits of industrial and commercial energy storage systems? GSL ENERGY C&I BESS solutions help businesses achieve:Lower electricity costs through peak shaving and demand managementImproved energy reliability with backup power capabilityHigher solar energy utilizationReduced dependence on grid electricityBetter energy management and operational efficiencyFlexible expansion for future energy needs What applications are suitable for C&I battery energy storage systems? Industrial and commercial energy storage systems are widely used in:Manufacturing factoriesIndustrial parksCommercial buildingsShopping centersWarehousesData centersEV charging stationsSolar power projectsMicrogrid systemsBackup power applications How can C&I BESS reduce electricity costs? Commercial and industrial users often face high electricity bills caused by peak demand charges and time-of-use electricity pricing.A C&I battery energy storage system can:Store electricity when prices are lowSupply energy during peak-price periodsReduce maximum demand peaksImprove renewable energy self-consumptionOptimize daily energy usage patterns This helps businesses lower operating costs and improve energy efficiency. What is the difference between residential ESS and C&I BESS? The main difference is application scale and system capability. Residential energy storage systems are designed for homes with relatively smaller energy requirements, while C&I BESS is designed for commercial and industrial facilities requiring higher capacity, higher power output, and advanced energy management.C&I systems typically support:Larger battery capacityThree-phase power applicationsIndustrial-grade protectionAdvanced EMS functionsFlexible system expansion What battery technology does GSL ENERGY use for C&I BESS? GSL ENERGY industrial and commercial energy storage systems use advanced Lithium Iron Phosphate (LiFePO4) battery technology.LiFePO4 batteries provide:High safety performanceExcellent thermal stabilityLong cycle lifeLow maintenance requirementsReliable operation for long-term energy storage applications Are GSL ENERGY commercial energy storage systems safe? Yes. Safety is a core design priority for GSL ENERGY BESS solutions.The systems feature multiple layers of protection, including:Intelligent Battery Management System (BMS)Cell-level monitoringOvercharge protectionOver-discharge protectionOver-temperature protectionShort-circuit protectionThermal managementFire safety design These safety technologies help ensure stable operation in demanding commercial and industrial environments. What certifications do GSL ENERGY BESS products have? GSL ENERGY energy storage systems are designed according to international safety standards. Depending on the product configuration and market requirements, certifications include: UL9540, UL9540A, UL1973, CB, CE, IEC. These certifications demonstrate compliance with global energy storage safety requirements. Can C&I BESS work with solar energy systems? Yes. Industrial and commercial battery energy storage systems can be integrated with solar PV systems to create a solar-plus-storage solution.The system can:Store excess solar energyIncrease renewable energy utilizationProvide power during low solar production periodsReduce grid electricity consumption This makes solar battery storage more valuable for commercial and industrial users. Can GSL ENERGY provide customized energy storage solutions? Yes. GSL ENERGY provides OEM and ODM energy storage solutions based on different project requirements.Customization options include:Battery capacitySystem voltageCabinet configurationCommunication protocolsEMS integrationInverter compatibilityInstallation requirements Our engineering team supports projects from initial design to final deployment. What capacity range can industrial and commercial BESS support? C&I battery energy storage systems are scalable from hundreds of kWh to MWh-level energy storage solutions.The final system capacity depends on:Electricity consumptionLoad profileBackup requirementsSolar generation capacityProject objectives Modular system design allows customers to expand storage capacity as energy demands increase. Can a C&I battery storage system provide backup power? Yes. C&I BESS can provide backup power for critical loads during grid outages.Common backup applications include:FactoriesData centersHospitalsCommercial buildingsCommunication facilitiesEmergency facilities The EMS can prioritize important loads to maintain continuous operation. How long is the service life of a commercial battery energy storage system? The service life of a C&I BESS depends on battery chemistry, operating conditions, charging strategy, temperature environment, and maintenance. With LiFePO4 battery technology and intelligent battery management, GSL ENERGY systems are designed for long-term operation with excellent cycle performance. What factors should be considered when selecting a C&I BESS? Before selecting an industrial and commercial energy storage system, businesses should consider:Daily electricity consumptionPeak power demandRequired backup durationAvailable installation spaceSolar PV integration requirementsLocal electricity pricing structureExpansion requirements GSL ENERGY provides technical support to help customers select suitable system configurations. Does GSL ENERGY provide complete ESS solutions? Yes. GSL ENERGY provides complete battery energy storage solutions including:Battery systemBMSPCSEMSMonitoring platformSystem integrationTechnical support Customers can receive a complete solution from system design to project implementation. Can C&I BESS operate in both grid-connected and off-grid modes? Yes. Depending on system configuration, GSL ENERGY energy storage solutions can support:Grid-connected operationOff-grid operationHybrid solar-storage operationBackup power modeMicrogrid applications This flexibility allows the system to meet different energy management requirements. Why choose GSL ENERGY for industrial and commercial energy storage solutions? GSL ENERGY provides:15+ years lithium battery manufacturing experienceProfessional energy storage system development capabilityAdvanced LiFePO4 battery technologyFlexible OEM/ODM servicesGlobal project experienceComplete C&I energy storage solutions GSL ENERGY helps businesses achieve safer, smarter, and more efficient energy management.
BESS-R60K Air-Cooling Commercial & Industrial BESS Battery, 20–60kWh, UL1973/UL9540/UL9540A Certified, 10-Year Warranty
125kVA / 241kWh All-in-One Commercial & Industrial BESS | High-Capacity C&I Battery Energy Storage System
Modular Scalable BESS Design Flexible battery cabinets and containerized energy storage configurations support capacity expansion for factories, commercial buildings, industrial parks, data centers, and microgrids.
Peak Shaving Lower Electricity Costs A peak shaving battery can charge when site demand is lower and discharge during demand peaks. Savings depend on the local tariff, load profile, battery dispatch and available capacity.
Smart EMS Intelligent Energy Control Integrated BMS, PCS, and EMS technology enables real-time monitoring, intelligent charge and discharge scheduling, load management, remote operation, and system performance optimization.
UL9540 UL1973 CB/CE Multi-Level Safety Protection Advanced battery monitoring, thermal management, electrical protection, fire protection, and system-level safety controls help deliver stable and reliable operation in demanding commercial and industrial environments.
Case Study GSL Energy R40 51.2V 100Ah LiFePO4 Battery: A 160kWh Commercial Storage Project in Israel GSL Energy recently completed a 160kWh energy storage system in Israel using four R40 rack-mounted LiFePO4 battery units. This article explains how the modular R40 platform solved local power challenges, and what to check when selecting a rack-mounted LiFePO4 battery for hot-climate commercial sites. Project Background & Site Conditions Israeli commercial sites buy power from the national utility under […] Read Case
Case Study GSL Energy Delivers 80kW / 209kWh Air-Cooled BESS for a Swiss Farm in Sub-Zero Conditions In April 2026, GSL Energy — a China-based, factory-direct BESS manufacturer — commissioned an all-in-one 80kVA / 209kWh air-cooled battery energy storage system at a working farm in Switzerland. The project shows how cold climate battery storage built on LiFePO4 cells supports peak shaving and energy independence through harsh alpine winters. Project Background Swiss farms face two pressures: high grid tariffs […] Read Case
Case Study California USA 200kWh UL-Certified Battery Energy Storage System Project Project Overview Location: California, USA Installation Date: May 2026 System Capacity: 200kWh Battery System: 4 × GSL Energy R50 Energy Storage Systems In May 2026, GSL Energy successfully deployed a 200kWh battery energy storage system project in California, USA, featuring four units of the R50 Series energy storage systems. Developed specifically for the North American […] Read Case
Case Study 60kWh Off-Grid Solar Battery Storage System in Matunggong, Kudat Malaysia Powers Remote Small Business Without Grid Connection Project Overview Project Location: Matunggong, Kudat, Sabah, MalaysiaApplication: Off-grid solar power system for small businessSolar Capacity: 15kWp solar PV systemEnergy Storage Capacity: 60kWh LiFePO₄ battery storageBattery System: 6 × 10kWh GSL ENERGY Wall-Mounted Solar BatteriesSystem Type: Off-grid solar + battery energy storage systemSolution Provider: GSL ENERGY In Matunggong, Kudat, Sabah, Malaysia, a local business owner […] Read Case
Case Study 50kW/120kWh Solar Hybrid Microgrid Completed in Malaysia with GSL Energy Battery Storage System A practical renewable energy installation combining solar generation, battery storage, and intelligent power management for reliable electricity supply in rural areas Building a More Reliable Energy Solution for Remote Communities In many remote areas of Malaysia, reliable electricity supply remains a key challenge due to geographical conditions, limited grid infrastructure, and increasing energy demand. To […] Read Case
Case Study Smart Energy Storage Solution in Thailand: 186kWh High Voltage Battery System with 50kVA Deye Hybrid Inverter Supporting Commercial Energy Optimization Through Advanced Battery Storage Technology As electricity demand continues to increase across Southeast Asia, more commercial and industrial users are exploring battery energy storage solutions to improve power reliability, optimize electricity costs, and maximize renewable energy utilization. In Thailand, GSL Energy has deployed a 186kWh high-voltage LiFePO₄ energy storage system integrated […] Read Case