🌍 Featured Success Project: Middle East Grid-Side 18MW / 90MWh BESS
Project type: Grid-side (generation side)
Capacity: 18MW power / 90MWh energy
Primary services: Peak shaving, frequency regulation, renewable smoothing & firming, spinning reserve
Environment: Extreme desert climate (>50°C heat, sand, dust)
Key engineering highlights:
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Containerized BESS – factory pre-tested for fast deployment and high ingress protection
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Air-cooled packs (14P400S) – chosen specifically for dry, hot climates to ensure reliability and easy maintenance
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Advanced thermal management & dust-proof design – maintains optimal cell temperature even under extreme heat
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Compliance with UL, IEC standards – multi-layer BMS monitoring for 24/7 safety
Project impact:
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Delivers 18MW continuous discharge for 5 hours of peak shaving daily
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Enables integration of >30,000 MWh of clean energy annually, displacing ~20,000 tons of CO₂
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Reduces reliance on fossil-fuel peaker plants and lowers grid operating costs
✅ This project proves our capability to engineer, deliver, and commission large-scale BESS in the world's toughest climates.
🔋 Our Three Core Liquid-Cooled Products – Ready for Your Next Project
Each product below benefits from the same engineering rigor used in our 90MWh Middle East project.
1. ESS Container – 5,016 MWh
Best for: Utility-scale peak shaving, grid support, renewable firming
Dimensions: 6,058 × 2,438 × 2,896 mm | Weight: 40,000 kg
Protection: IP55 | Fire safety: Multi-stage active system, NFPA 855 compliant
Cells: Prismatic HiTHIUM LFP with individual monitoring
Cooling: Liquid-cooled for ±2°C cell uniformity
Why it works:
Liquid cooling improves thermal stability and energy throughput, lowering LCOS. In a recent industrial park project, this container reduced peak demand charges by 32% in six months.
2. 215kW / 419kWh Liquid-Cooled Storage Cabinet
Best for: Small commercial & industrial (C&I), data center UPS, telecom backup, military power, medical devices, solar storage, industrial robotics
Voltage range: 1164.8 – 1476.8 Vdc (1P416S)
Certifications: CE, UN38.3, PICC insured
Modular, highly integrated design
Real project result: Installed in a mid-sized manufacturing plant, this cabinet provides
419 kWh of usable energy,
covering 70% of the plant's afternoon peak load. During a grid fluctuation, it switched to backup mode in <20 ms, protecting sensitive equipment. The customer saved ¥180,000 (~$25,000) annually.
3. Business Energy Saving Cabinet – Peak & Off-Peak Arbitrage
Best for: Commercial buildings, shopping malls, small factories
How it works: Charge during low-rate hours, discharge during high-rate peak hours
Forklift-ready base for easy installation
Real project result:
A shopping mall in eastern China cut electricity bills by ¥1.22 per kWh during peak periods. The system paid for itself in 18 months.
📌 Why Liquid Cooling? Why Chuhan?
Feature Benifit
| Full lifecycle support | Planning, design, commissioning, remote monitoring, on-site maintenance |
| Liquid cooling | ±2°C cell uniformity → longer cycle life |
| Multi-stage fire protection | NFPA 855 ready → safer projects |
| Modular design | Easy scaling from 419 kWh to 5 MWh to 90 MWh+ |
| Extreme climate engineering | Proven in >50°C desert environments |
🏗️ We Deliver Projects – Not Just Products
From a 419kWh cabinet for a factory to a 90MWh grid-side system in the Middle East, every Chuhan solution is:
Engineered for real conditions (heat, dust, grid fluctuations)
Certified to international standards (CE, UN38.3, NFPA 855)
Backed by local support and performance guarantees
We have already proven ourselves in one of the world's harshest energy markets. Let us do the same for you.
📩 Ready for Your Next BESS Project?
Whether you need a small commercial storage cabinet or a utility-scale container system, contact us for:
Technical proposals tailored to your climate and grid needs
Commercial model analysis (LCOS, payback period, savings)
Case studies and spec sheets
🔗 Comment below or send us a direct message.
