Application scenarios
Supporting solar and wind technology
The energy storage is seamlessly integrated with renewable energy technologies, so as to eliminate fluctuations caused by intermittent power supply from wind or solar
Keeping balance of supply and demand for power grid
Regulate peak and frequency, relieve power grid pressure and increase its operation efficiency
Industrial and commercial users
Realize economic benefits through peak-to-valley electricity price difference; Supply emergency power in the event of power grid fault to assure uninterrupted production
Micro-grid
By integrating energy storage systems, the micro-grid may achieve efficient management and optimized dispatching of energy, and improve energy efficiency and reliability
Remote areas
In remote areas or areas not covered by the power grid, energy storage systems may be used in conjunction with solar or wind power generation systems to achieve grid-connected or independent power supply
Battery Features and Advantages
| Features
| Advantages
|
User-friendly product design | Standard container size | Convenient transportation |
Integrated design and modular design | Fast installation and debugging Easy to expand |
Advanced technology | Full liquid cooling and thermal management system |
The cycle life is ≥ 6000 times, and the energy retention rate still keeps 70% after 10 years (two charges and two discharges) The temperature difference of electric core <3 ℃ |
Intelligent firefighting |
Multiple fire detection and real-time online monitoring PACK grade + Space grade fire fighting measures for accurate fire fighting Explosion relief and strong air exhaust to reduce fire danger on site |
Environmental friendly | Ultra low noise | Applicable to projects that need to keep noise low |
Zero carbon discharge | Helpful to meet emissions regulations |
Intelligent control | Intelligent energy management systems | Built-in powerful energy management system (EMS) and battery management system (BMS) for efficient monitoring and control |
On-line monitoring platform | Monitor real-time data and system operating state through computer or mobile phone anytime and anywhere |
Parameters
DC side parameters |
Product model | S00-04-3440C-L-20ft |
Battery type | LFP-3.2 V/280 Ah |
Maximum recharge-discharge ratio | ≤ 0.5 C |
Rated energy | 3,440 kWh |
Battery voltage range | 1075.2~1363.2 Vdc |
Assembly mode | 10P384S |
Maximum recharge/discharge current | 173 A |
DC side energy cycle efficiency | ≥ 92.5% |
Cell cycle life | ≥ 6000 times @ 0.5C, 25℃, 90%DOD and 70%EOL |
Battery self-discharge rate | ＜3.5% monthly |
AC side parameters |
Product model | S00-05-1725P-10kV-A |
Rated output power | 1725 kVA |
Maximum output power | 1,897 kVA |
Rated grid voltage | 690 Vac |
Rated grid frequency | 50 Hz/60 Hz |
Transformer parameter |
Type | Dry-type transformer |
Rated capacity | 1800 kVA |
Rated voltage (high voltage/low voltage) | 10.5±2x2.5% kV/0.69 kV |
Connection group | Dy11 |
System parameters |
W*D*H(mm)Battery system measurement W*D*H(mm) | 6058*2438*2896 |
Battery system weight | ＜36 t |
The measurement of voltage rise system for electronic power conversion W*D*H(mm) | ≥5200*2800*3000 |
The weight of voltage rise system for electronic power conversion | ＜14 t |
Degree of protection | ≥ IP54 |
Anti-corrosion grade | ≥ C3 |
Operating temperature range | -20℃-55℃ |
Operating humidity range | ≤ 95% RH |
Working altitude | ≤ 2,000 m (no derating) |
Cooling method | Intelligent liquid cooling for battery system and forcing air cooling for voltage rise tank of electronic power conversion |
Fire protection system | PACK fire fighting + Space detection and fire fighting + strong exhaust air + combustible gas detection + water fire fighting |
System communication interface | CAN, RS485 |
*SAONON reserves the right to improve and adjust the product.
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