Lithium power storage is an advanced energy system that stores electricity using lithium-ion batteries and releases it when needed. It is widely used for microgrid backup, peak shaving, renewable energy integration, and industrial power stability.
GRANKIA BESS-125-261K lithium power storage system delivers a powerful 125kW output with a 261kWh capacity. This makes it an ideal battery energy storage system for commercial, industrial, and microgrid applications.
You may aim to achieve energy independence. Alternatively, you may want to protect operations from grid failure. This system provides the ideal balance of power density. It also ensures safety and offers lifecycle value.
What is Lithium Power Storage?
Lithium power storage involves advanced battery systems that store electrical energy for later use. This enables peak shaving and load shifting. It supports renewable integration and provides emergency backup. Unlike traditional lead-acid solutions, lithium-based systems offer higher energy density, faster response times, and longer cycle life.
GRANKIA BESS-125-261K lithium power storage system takes this further with its air-cooled BESS architecture and integrated Power Conversion System (PCS). It provides a complete commercial and industrial energy storage solution that is factory-pretested, compact, and ready for rapid deployment. This makes it perfect for factories, data centers, EV charging stations, and off-grid microgrids seeking dependable power.
Key Features
High-Performance LFP Cells
Uses premium 314Ah LiFePO₄ cells for superior safety, thermal stability, and a cycle life exceeding 8,000 cycles at 80% depth of discharge.
All-in-One Integration
Combines battery modules, PCS, BMS, and thermal management in a single IP55-rated cabinet for simplified installation.
Scalability
Supports parallel operation of up to 3 units, allowing expansion from 261kWh to 783Wh battery storage systems.
Smart Energy Arbitrage
Store low-cost off-peak energy to reduce electricity bills. Discharge this energy during peak tariff periods. This approach is a key advantage for businesses under time-of-use (TOU) pricing.
Why Lithium Power Storage is Essential for Modern Microgrids
As industries transition away from diesel generators, lithium power storage has emerged as the gold standard for microgrid backup. The BESS-125-261K leverages this technology to offer three distinct advantages over traditional backup methods:
Instantaneous Switchover
Generators take seconds to spin up. In contrast, this system provides sub-second response times during grid outages. This ensures there is no interruption to sensitive equipment.
Renewable Integration
It acts as a buffer for solar PV arrays. It stores excess energy to stabilize the microgrid during cloudy conditions or nighttime usage.
Economic Optimization
Beyond backup, the system engages in peak shaving—reducing demand charges by discharging during expensive utility peak hours.
Technical Specifications (Overview)
| Specification | Details |
|---|---|
| System Type | Commercial & Industrial (C&I) Energy Storage |
| Rated Power | 125 kW |
| Energy Capacity | 261.25 kWh |
| Battery Technology | LiFePO₄ (LFP) – Safe, Long Cycle Life |
| Voltage Range | 728V – 936V DC |
| Round-trip Efficiency | ≥ 92% |
| Cooling Method | Intelligent Air Cooling |
| Expansion | Up to 3 units in parallel |
| Protection Rating | IP55 (Suitable for harsh factory environments) |
| Communication | CAN, RS485, Ethernet |
How the BESS-125-261K Enhances Microgrid Backup Strategies
Implementing this system transforms a standard facility into a smart energy hub. Here is how it interacts with a microgrid:
Grid-Tied Mode
The system charges during low-cost periods or via on-site solar. It discharges during peak demand. It utilizes peak shaving batteries for commercial buildings to reduce utility bills.
Island Mode
When the grid fails, the BESS-125-261K disconnects from the grid via an automatic transfer switch (ATS) or microgrid controller. It forms its own stable grid (grid-forming) to power critical loads indefinitely. This continues until solar or generators take over.
Applications
The BESS-125-261K is engineered for real-world demands:
- Microgrid Backup Power: Provides instant seamless backup during grid outages, ensuring uninterrupted operations for critical loads.
- Peak Load Shifting & Cost Savings: Stores low-cost energy and discharges during high-price periods—ideal for scalable lithium power storage solution for industrial peak shaving.
- Renewable Integration: Pairs perfectly with solar or wind to store excess generation and smooth output variability.
- Commercial & Industrial Sites: Perfect for factories, warehouses, hospitals, and EV fleets seeking reliable lithium power storage backup power for off-grid microgrids.
- Demand Response & Virtual Power Plants: Supports grid services and energy trading programs.
FAQ
Q1: What is lithium power storage used for?
Lithium power storage is used for storing electricity and supplying backup power for applications like microgrids, solar systems, and industrial facilities.
Q2: Why is lithium power storage better for microgrids?
It offers high efficiency, fast response time, long lifespan, and reliable performance, making it ideal for stabilizing microgrids.
Q3: Does microgrid energy storage system support remote monitoring?
Yes, via cloud-based EMS with real-time AI diagnostics.
Q4: Does commercial battery storage reduce electricity bills?
Yes—via peak shaving, load shifting, and demand charge management.
Q5: Is the 125kW lithium power storage suitable for outdoor installation?
Yes. Its IP55 rating, wide temperature tolerance, and liquid-cooled design make it perfect for outdoor commercial and industrial environments.
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