100kwh 200kwh Commercial Industrial Energy Storage System Solution Over Voltage Protection

Customization: Available
Phase: No
Type: Hybrid

Product Description

💡 Overview
Model NO.CO50K-100E
ProtectionOver Voltage, Over Current, Short Circuit etc.
ApplicationHousehold, Office, Small factories, Shopping malls
ClassificationEnergy Storage Solution
Battery TypeLithium Iron Phosphate (LiFePO4)
Ingress ProtectionIP21 / IP54 (Outdoor Optional)
Output Capacity220VAC / 400VAC
Dimensions1000x1450x2100 mm
Package Gross Weight1200.000kg
📦 Product Description

100kWh - 200kWh Commercial & Industrial Energy Storage System Solution

Industrial Energy Storage System

The All-in-one Industrial & Commercial ESS highly integrates PCS, LiFePO4 batteries, BMS, EMS, fire-fighting system, and heat dissipation system within a single cabinet. It serves as a high-power backup solution for commercial, industrial, and grid-level customers. This high-voltage energy storage system offers maximum flexibility for both rack-mounted and cabinet-based installations. Designed to be "Safer, Smarter, and Simpler," it effectively addresses power challenges in substations, outdoor areas, microgrids, factories, shopping malls, and solar charging stations.

⭐ Key Features
Wide Compatibility

Wide battery voltage range compatible with various operation environments; fully compatible with lithium-ion and lead-acid batteries.

Cold Start Function

Features off-grid cold start capability and supports multi-machine parallel function for scalable power needs.

Multiple Protection

Built-in safeguards for overcharge, over-discharge, overload, short-circuit, high temperature, and low temperature.

High Efficiency

Offers the highest power density with a peak efficiency reaching 97.5%.

Smart Management

Flexible communication with BMS via RS485 and CAN interfaces for real-time command execution.

Compact & Integrated

Small footprint designed for easy installation, transportation, and maintenance.

Scenario 1
Scenario 2
📊 Technical Parameters
Product Model CO30K-50E CO50K-100E CO100K-215E CO150K-300E
Electrical Parameter
Nominal AC power30 kW50 kW100 kW150 kW
Nominal Grid Voltage400 Vac (3W+N)
Rated AC Output Current43.5 A72 A152 A200 A
Battery Parameter
Cell ChemistryLithium Iron Phosphate (LFP)
Battery Energy Capacity51.2 kWh100 kWh215 kWh315 kWh
Cycle Life6000+ cycles10000+ cycles
Mechanical Parameter
Monitoring SystemEnergy Management System (EMS)
Cooling MethodAir-Conditioner
Protection DegreeIP54
Dimensions (W*D*H)800x1200x2100mm1000x1450x2100mm1738x1250x2330mmCustomized
🛠️ Application Scenarios
  • Solar + Storage: For applications requiring uninterrupted power supply.
  • Off-grid Solutions: Solar + Storage + Generators for remote areas with high power costs.
  • Peak Load Shifting: Arbitrage for TOU (Peak-to-Valley) tariffs to save on electricity costs.
  • Peak Shaving: Reducing peak demand charges for industrial facilities.
  • Backup Power: Reliable emergency energy source for critical infrastructure.
Application Diagram
🏢 Project Cases
Global Project Cases
Shipping & Payment
Payment TermsT/T, L/C, Cash, Western Union (Flexible)
DeliverySea, Air, Train, or Truck transportation
PackingCarton box with wooden pallets or wooden crates
Product Layout
❓ Frequently Asked Questions
1. What is a commercial battery storage system?
A clean energy solution that stores electrical energy for flexible use. It stores low-cost or renewable energy during off-peak hours and releases it during peak times, helping businesses save costs, ensure power reliability, and support sustainability.
2. How do commercial battery storage systems work?
The system operates in four stages: Charging (capturing energy from grid/renewables), Storing (holding chemical energy in batteries), Discharging (converting back to electricity when needed), and Managing (using smart systems to optimize usage based on demand).
3. What are the benefits of using this system?
Key benefits include energy cost savings via load shifting, lower demand charges, reliable backup power during outages, support for EV charging infrastructure, and a reduced carbon footprint through optimized renewable energy use.
4. How much energy can it store?
Capacity is measured in kilowatt-hours (kWh). Small systems range in tens of kWh for small businesses, while large industrial systems can store hundreds to thousands of kWh to support major operations.
5. How long can energy be stored and what is the lifespan?
Lithium batteries lose only 2-3% charge per month if unused. These systems are designed for daily cycling. With proper maintenance, a commercial system can last 10 to 20 years depending on usage and environment.
6. What are the differences between Grid-Scale and Commercial storage?
Grid-scale storage balances regional fluctuations and takes 1-3 years for approval. Commercial storage focuses on cutting business electricity bills and preventing downtime, with a typical implementation timeline of 3-6 months.

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