BSI–100KW–200.7kWh

Description Of The Product

The BSI–100KW–200.7kWh system is a robust industrial energy storage solution designed for high-demand facilities that require stable and continuous power. Tailored for manufacturing plants, industrial parks, and large-scale operations, this solution ensures energy security while maximizing efficiency. Its configuration allows seamless integration with solar PV arrays, providing a hybrid setup that reduces dependency on the grid and lowers operational costs.

Built with flexibility and scalability in mind, this system supports multiple operating modes and adapts to a wide range of industrial requirements. Whether managing peak load demands or serving as a reliable backup power source, the BSI–100KW–200.7kWh system delivers dependable performance. Its high-capacity lithium battery and advanced inverter technology ensure minimal downtime and maximum return on investment.

Key Features Include

Engineered to meet the demanding energy needs of industrial operations, the BSI–100KW–200.7kWh system comes equipped with essential performance features. Each component is designed for durability, integration, and superior power management. With advanced control capabilities and efficient energy conversion, this system is built to drive consistent output and long-term value.

100KW power output capacity
200.7kWh lithium battery bank
Integrated hybrid inverter system

Multiple operating mode support
Advanced PV combiner unit
Smart grid-ready interface

Solutions & Benefits

Our industrial-grade systems go beyond power supply — they offer resilience, control, and sustainability. The BSI–100KW–200.7kWh solution is perfect for facilities aiming to stabilize energy flow, reduce grid reliance, and gain greater control over energy use.

Solution 1 Solution 2 Solution 3

Designed to maintain power continuity during outages or grid instability, the system ensures uninterrupted industrial activity. It supports seamless grid synchronization, enabling smooth transitions without interrupting operations. Ideal for high-dependency environments like data centers and factories.

Seamless grid switching
Industrial load balancing
Emergency power backup

By enabling peak shaving and load shifting, the system helps reduce electricity bills significantly. Facilities can store power during low-tariff hours and discharge during peak periods, optimizing energy economics. Smart monitoring tools further enhance savings.

Reduces peak demand costs
Time-of-use billing optimization
Real-time energy monitoring

The integrated PV interface promotes the use of clean solar power, aligning with ESG goals. The system lowers the carbon footprint while delivering stable energy supply for mission-critical industrial processes. It's the smart step toward energy independence.

Supports clean energy use
Cuts carbon emissions
Meets ESG compliance goals

Scalable for larger systems
Reduces grid dependency
Clean energy integration

Working Process

Our implementation process is designed to ensure seamless integration into industrial operations. We collaborate closely with clients to assess energy needs, determine ideal configurations, and manage deployment with minimal disruption. From system design to ongoing support, our experts deliver from start to finish.

1.Consultation

2.Delivery & Setup

3.Activation & Support

This structured approach guarantees performance, compliance, and long-term reliability in every installation.

Frequently Asked Questions

Can the system handle multiple energy sources?

Yes, the BSI–100KW–200.7kWh system is designed to integrate both solar and grid inputs. It intelligently prioritizes energy sources to maximize efficiency and minimize cost, making it suitable for hybrid power setups.

How long does the battery last?

The lithium-ion battery is rated for 6000+ cycles, depending on usage conditions. With proper maintenance, it can provide 10–15 years of reliable service, making it a long-term investment for industrial users.

Is this solution expandable in the future?

Absolutely. The system architecture is modular, allowing you to scale power or storage capacity as your industrial demands grow. Expansion can be done without compromising existing performance.

What kind of maintenance is required?

The system requires minimal maintenance thanks to its intelligent control units. Periodic inspections and firmware updates are usually sufficient to ensure optimal operation throughout its lifecycle.