100kWh / 55kW Small Commercial & Industrial Energy Storage Solution for Smart Energy Management
The 100kWh / 55kW ESS integrates a high-performance lithium battery system, bidirectional PCS, intelligent EMS control, and advanced safety management into a compact and flexible energy storage platform.
Commercial and industrial facilities are facing increasing challenges from rising electricity costs, grid instability, and the growing demand for renewable energy integration.
The 100kWh / 55kW C&I Energy Storage System is designed to help businesses optimize energy usage, reduce peak demand costs, improve power reliability, and maximize the value of renewable energy.
Rather than applying a one-size-fits-all approach, our engineering team evaluates each project's operating conditions, including load characteristics, energy consumption patterns, grid conditions, and backup requirements, to develop the most suitable energy storage configuration.
This solution is ideal for factories, commercial buildings, small EV charging stations, retail chains, agricultural facilities, and other medium-scale energy users requiring reliable and intelligent energy management.
The 100kWh / 55kW ESS integrates a high-performance lithium battery system, bidirectional PCS, intelligent EMS control, and advanced safety management into a compact and flexible energy storage platform.
So what kind of photovoltaic panels are needed for a typical 100kWh 55kW energy storage system, and what specific accessories are required?
| Item | Article | Picture | Description | Quantity |
| 1 | SW550M-144 (Monocrystalline 550w solar panel) |
 |
Dimension: 2279*1134*35mm Application Class: A Warranty: 30 years |
90 |
| 2 | Roof bracket |  |
Application for Flat/Slope Roof Warranty: 10 years |
90 |
| 3 | PV Cables |  |
4MM2 | 300 |
| 4 | DC Breacker |  |
2P32A | 5 |
| 5 | MC4 Connector |  |
Rated current: 30A Rated voltage: 1500VDC Warranty: 5 years |
30 |
The system can be deployed independently or integrated with rooftop PV systems, diesel generators, and existing electrical infrastructure.
Core Applications
1. Factory Energy Storage Solution,Optimize Industrial Electricity Consumption
Manufacturing facilities often experience high electricity demand during production hours, resulting in significant peak demand charges.
The ESS stores electricity during low-cost periods and supplies power during peak demand periods, helping factories reduce energy expenses while improving power stability.
Key benefits:
✓ Reduce peak demand charges
✓ Improve power quality
✓ Support continuous production
✓ Reduce dependence on grid electricity
2. Commercial Building Energy Storage Solution,Intelligent Energy Management For Business Facilities
Commercial buildings such as offices, supermarkets, hotels, and service centers require stable electricity supply and efficient energy management.
The 100kWh / 55kW ESS enables businesses to better manage their energy consumption through intelligent charging and discharging strategies.
Suitable for:
Office buildings
Shopping centers
Supermarkets
Chain stores
Commercial complexes
3. Small EV Charging Station Energy Solution,Improve Charging Efficiency And Grid Stability
With the rapid growth of electric vehicles, many small and medium charging stations face challenges from limited grid capacity and high peak electricity demand.The ESS works together with charging infrastructure to reduce grid pressure and provide additional power support during high-demand periods.
Applications:
EV charging stations
Fleet charging facilities
Commercial parking areas
4. Agricultural Energy Storage Solution,Reliable Power For Modern Farming Operations
Agricultural facilities require stable electricity for irrigation systems, refrigeration, ventilation, and automated equipment.The ESS provides reliable energy support and helps farms increase the utilization of renewable energy.
Applications:
Greenhouses
Farms
Agricultural processing facilities
Cold storage warehouses
5. Solar + Storage Integration Solution,Maximize Renewable Energy Self-Consumption
When connected with rooftop PV systems, the ESS stores excess solar generation during the day and supplies electricity when solar production decreases.
Energy flow:
Solar PV → ESS Charging → Load Supply → Grid Backup
This helps customers increase renewable energy usage and reduce electricity purchased from the grid.
Engineering-Based System Design
Every project has different energy requirements. The recommended ESS capacity depends on:
- Average daily energy consumption
- Peak load power
- Critical backup loads
- Solar PV capacity
- Grid conditions
- Future expansion requirements
Our engineering team provides customized system recommendations, including:
- Battery capacity selection
- PCS power matching
- PV integration design
- Load analysis
- Energy management strategy
Why Choose Our 100kWh / 55kW C&I ESS Solution
✓ Flexible Configuration
Designed for different commercial and industrial applications.
✓ Reliable LFP Battery Technology
Long cycle life, high safety, and stable performance.
✓ Easy Integration
Compatible with PV systems, generators, and existing electrical infrastructure.
✓ Smart Energy Management
Real-time monitoring and intelligent charge/discharge control.
✓ Designed For EPC Projects
Suitable for installers, system integrators, and project developers.
In many commercial and industrial energy storage projects, determining the right system size is not simply about choosing a standard battery capacity. Each project has unique requirements based on energy consumption patterns, load characteristics, operating conditions, and application objectives.
Our engineering team works closely with EPC contractors, system integrators, and installers to understand the complete project requirements, including:
- Application scenario and energy usage profile
- Peak load demand and power requirements
- Required backup duration and critical loads
- Grid conditions and renewable energy integration needs
- Future expansion and scalability considerations
Based on a comprehensive project assessment, we design a customized energy storage solution with the optimal battery capacity, PCS power rating, and system configuration.
Whether the application is peak shaving, backup power, solar-plus-storage integration, microgrid development, or commercial energy optimization, we provide reliable and flexible ESS solutions tailored to each project's technical and economic requirements.
From project analysis to system design, we support our partners with professional engineering expertise to deliver the right energy storage solution for every application.
