Sakete 5MWh 10MWh Liquid Cooling Battery Energy Storage System Containerized BESS For Grid Stabilization

Product Description

Overview
Energy Storage System

Sakete’s 10MWh-5MW containerized energy storage system delivers stable, controllable, and cost-effective power security for industrial and commercial projects.

It efficiently absorbs low-cost electricity during off-peak hours and releases high-value energy during peak demand, helping you significantly reduce operating costs while enhancing power stability.

Its millisecond-level response capability minimizes frequency fluctuations, reduces outage and curtailment risks, and ensures uninterrupted operation for critical loads.

Energy Storage View 1
Energy Storage View 2
Energy Storage View 3
Energy Storage View 4
Technical Specifications
Battery Data
ModelSKTESS10000-5000K
Battery TypeLiFePO4
Rated Capacity314Ah
Pack Configuration12P416S*2
Nominal Capacity5015kWh*2
Nominal Voltage1331.2V
Cycle Life≥ 6000 (@25°C, 0.5C)
System Data
Max. AC Output Power5000kW
Ingress ProtectionIP54
Max. System Efficiency88%
CoolingLiquid Cooling
Products Advantages

HVAC System — Reliable Climate Control

  • Stable Temperature: Automatic cooling and heating performance.
  • Humidity Control: Protects components and extends lifespan.
  • Smart & Energy-Efficient: Reduces maintenance effort.
Advantage 1
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Frequently Asked Questions
1. What is the primary benefit of the 10MWh containerized ESS?
It delivers stable, controllable power, minimizes frequency fluctuations, and significantly reduces operating costs by utilizing peak shaving and load management.
2. Is the system suitable for harsh environments?
Yes, the system features IP54 ingress protection and an advanced HVAC system to maintain ideal internal conditions regardless of external weather.
3. What battery technology does this system use?
The system utilizes high-performance LiFePO4 battery technology, ensuring a long cycle life of over 6,000 cycles.
4. How is the system cooled?
It uses an advanced liquid cooling system for the battery cabinet, ensuring optimal temperature regulation and safety.
5. Can this system integrate with renewable energy sources?
Absolutely. It is designed to integrate seamlessly with solar or wind energy, storing excess power and improving self-consumption efficiency.

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