C&D Emerging Energy supplies battery energy storage systems for residential, commercial and industrial applications. Our portfolio includes low-voltage home batteries, wall-mounted and stackable LiFePO₄ systems, modular high-voltage battery storage, outdoor C&I cabinets and liquid-cooled commercial energy storage solutions.
Available configurations cover applications ranging from household solar self-consumption and backup power to commercial peak shaving, renewable-energy integration and microgrid operation. Depending on the selected product, a system may integrate LiFePO₄ batteries, BMS, PCS, EMS, thermal management, monitoring and backup-power functions.
Whether you need a compact home battery or a scalable C&I battery energy storage system, we can help match the system capacity, voltage, power and configuration to your project requirements.
| Battery Energy Storage System Category | Product Range / Description |
|---|---|
| Residential Battery Energy Storage Systems | Residential BESS designed for solar self-consumption, household backup power and energy management. Available formats include wall-mounted, floor-mounted and stackable battery systems. Products include 5.12kWh residential batteries, 16.07kWh wall-mounted batteries and expandable low-voltage battery systems. Selected systems support parallel connection, intelligent BMS monitoring and hybrid inverter integration. |
| Modular and Stackable Battery Storage | Modular battery systems designed for flexible capacity expansion by adding battery modules or parallel battery clusters. Includes rackless stackable designs and modular systems for residential and small commercial applications. Selected solutions support expansion from several kWh to hundreds of kWh. |
| Commercial and Industrial Energy Storage Systems (C&I BESS) | Battery energy storage systems designed for factories, office buildin |
| Comparison | Air-Cooled BESS | Liquid-Cooled BESS |
|---|---|---|
| Thermal Management | Uses forced-air circulation | Uses liquid coolant and cooling circuits |
| Typical Scale | Small to medium C&I systems | Medium to large C&I systems |
| Structure | Relatively simple | More integrated thermal-control design |
| Initial Cost | Usually lower | Usually higher |
| Temperature Uniformity | Depends on airflow design | Generally more precise |
| Maintenance | Easier cooling-system structure | Requires inspection of pumps and coolant circuits |
| Suitable Projects | Moderate loads and smaller systems | High-density or frequent-cycle applications |
C&D Emerging Energy currently lists both a 125kW/215kWh air-cooled cabinet and liquid-cooled C&I systems. System selection should be based on ambient temperature, charge and discharge frequency, installation environment, equipment footprint and required capacity.
C&D Emerging Energy can match battery storage products and related equipment according to your project requirements. The available configuration depends on the selected product family, destination market and required supply scope.
| Configuration Item | Available Direction |
|---|---|
| Application | Residential, small commercial or C&I |
| Energy Capacity | Selected from available modular and cabinet systems |
| Rated Power | Matched to the compatible PCS and project load |
| Battery Chemistry | LiFePO₄ systems available |
| System Voltage | Low-voltage or high-voltage product selection |
| Installation Format | Wall-mounted, floor-mounted, stackable or outdoor cabinet |
| Cooling Method | Air-cooled or liquid-cooled |
| BMS | Product-specific intelligent battery management |
| PCS | Integrated or separately matched, depending on the system |
| EMS | Product-specific or project-matched energy management |
| Monitoring | Local, wireless or remote monitoring depending on product |
| Parallel Expansion | Available on selected modular systems |
| Backup Function | Subject to PCS and system configuration |
| PV Integration | Matched with compatible hybrid or energy-storage inverters |
| Communication | Product-specific CAN, RS485, Wi-Fi or other interfaces |
| Enclosure Protection | Indoor or outdoor options according to product |
| Documentation | Datasheets, BOM and applicable installation documents |
| Branding and Packaging | Subject to brand authorization and order requirements |
The BESS stores surplus photovoltaic electricity and makes it available when solar generation is insufficient. This helps increase local use of generated solar energy.
Commercial and industrial users can discharge stored energy during periods of high power demand, helping reduce peak demand from the grid.
The system can charge during low-price or low-demand periods and discharge when electricity prices or facility loads are higher.
Depending on the PCS, switching arrangement and system design, stored energy can support critical loads during a grid interruption.
Battery storage helps manage variations in solar and wind generation and provides more controllable energy output.
BESS can work with PV, generators, grid connections and facility loads as part of a coordinated microgrid.
Storage can help reduce the grid impact of EV charging stations and improve the use of locally generated solar electricity.
Factories, warehouses, office buildings, shopping centers and industrial parks can use storage to manage load demand and improve power continuity.
From residential backup to utility-scale grid support, every energy storage project has different power, capacity and integration needs. Share your application details — site type, required capacity, and grid or off-grid requirements — and our team will help you configure the right energy storage system for your project, backed by full technical documentation and after-sales support.
Sign up for exclusive offers and updates!
Share
