Commercial and Industrial ESS Solution

Key Components:
- Energy Storage Systems (ESS): Lithium-ion or other advanced battery technologies capable of providing 215kWh, 1MW, or 2MW of storage capacity, suitable for different business scales and energy demands.
- Renewable Energy Integration: Solar panels, wind turbines, or other renewable generation sources to supply clean energy to the ESS.
- Inverters & Controllers: Power electronics to manage energy conversion (DC to AC) and ensure smooth integration with the grid or off-grid operations.
- Energy Management System (EMS): Intelligent software for monitoring and optimizing energy flow, ensuring the system operates efficiently whether in grid-connected or off-grid mode.

Available Storage Capacities and Solar Panel Configurations:
- 215kWh: Ideal for small to medium-sized businesses or remote operations requiring a lower energy storage solution. This can be paired with approximately 60-70kW of solar panels to meet the energy demands during the day and recharge the storage system.
- 1MW: Designed for mid-sized commercial operations, factories, or office complexes with higher energy requirements. It pairs well with approximately 200-250kW of solar panels, providing a larger renewable energy generation capacity to meet peak loads.
- 2MW: A high-capacity solution suitable for large industrial facilities, commercial centers, or enterprises with significant energy consumption. This solution requires approximately 400-500kW of solar panels, allowing for significant renewable generation to meet large-scale operations' energy needs.

Energy Independence & Flexibility
Off-Grid: Full energy autonomy, ensuring power during outages.
Grid-Connected: Store excess renewable energy and draw from the grid when needed, optimizing costs.

Scalable & Customizable
Choose from 215kWh, 1MW, or 2MW capacities. Easily expand as energy needs grow.

Cost Savings & Revenue
Lower energy bills by avoiding peak charges and selling excess energy back to the grid.

Sustainability & Reliability
Reduce carbon footprint with renewable energy integration and ensure reliable power during disruptions.