Cooli 200ah lithium batteri
Rack Model Lithium Batteri
Helt nye A-klasse celler, og designliv 20 flere år.
Indbygget smart BMS, og kompatibel med mere end 30 mærker inverter. (ligesom :Growatt.Victorn. Godt. Han skal. Sofar.SolarEdge.etc.)
Med LCD-skærm kan overvåge batteridata.
Understøtter parallelforbindelse for at udvide kapaciteten og op til max 15 enheder parallelt.
Certificeringer
Fremragende kvalitet : Brug klasse A+ cellekvalitet . Har ISO, UL, det-021, IEC, CE, UN38.3, MSDS-certifikater mv.

48V 200ah lithium batteri Produktmodel
Model | Nominel spænding | Nominel kapacitet | Energi | Max ladestrøm (tilpasset) | Størrelse (tilpasset) | Vægt |
CL-25.6V 100AH | 25.6V | 100AH | 2560W H | 50-100EN | 522*240*230 mm | 28kg |
CL-25.6V 150AH | 25.6V | 150AH | 3840W H | 50-150EN | 432*600*188 mm | 50kg |
CL-25.6V 200AH | 25.6V | 200AH | 5120W H | 50-200EN | 432*600*188 mm | 57kg |
CL-25.6V 250AH | 25.6V | 250AH | 6400W H | 50-200EN | 482*500*270 mm | 80kg |
CL-48V 50AH | 48V | 50AH | 2400W H | 50EN | 400*432*178mm | 39kg |
CL-48V 100AH | 48V | 100AH | 4800W H | 50-100EN | 482*430*222 mm | 42kg |
CL-48V 150AH | 48V | 150AH | 7200W H | 50-150EN | 482*500*270 mm | 80kg |
CL-48V 200AH | 48V | 200AH | 9600W H | 50-200EN | 482*500*270 mm | 80kg |
CL-48V 250AH | 48V | 250AH | 12000W H | 50-200EN | 482*570*270 mm | 125kg |
CL-48V 300AH | 48V | 300AH | 14400W H | 50-200EN | 482*570*270 mm | 100kg |
CL-51.2V 100AH | 51.2V | 100AH | 5120W H | 50-100EN | 482*430*222 mm | 45kg |
CL-51.2V 150AH | 51.2V | 150AH | 7680W H | 50-150EN | 482*500*270 mm | 85kg |
CL-51.2V 200AH | 51.2V | 200AH | 10240W H | 50-200EN | 482*500*270 mm | 85kg |
CL-51.2V 250AH | 51.2V | 250AH | 12800W H | 50-200EN | 482*570*270 mm | 130kg |
CL-51.2V 300AH | 51.2V | 300AH | 15360W H | 50-200EN | 482*570*270 mm | 100kg |
5KW Rack Model LifePO4 batteri | ||
Produkt specifikation | 51.2V100Ah | 51.2V200Ah |
Nominel spænding | 51.2V | 51.2V |
Nominel kapacitet | 100Ah | 200Ah |
Celletype | (LEP) | (LEP) |
Standard ladespænding | 58.4V | 58.4V |
Standard ladestrøm | 50A@0,25C | 20EN |
Max ladespænding | 100EN | 100EN |
Afladningsafbryderspænding | 43.2EN | 43.2EN |
Max afladningsstrøm | 100EN | 100EN |
Parallel funktion | Support 15 enheder i parallelle | Support 15 enheder i parallelle |
Kommunikationsgrænseflade | RS485、RS232、KAN (Valgfri) | RS485、RS232、KAN (Valgfri) |
---|---|---|
Cyklus liv | ≥6000 cyklusser (80%DOD) | ≥6000 cyklusser (80%DOD) |
Opladningstemperaturområde | 0~60°C | 0~60°C |
Afgangstemperaturområde | -20~60°C | -20~60°C |
Dimensioner | 484*442*165MM | 474*513*235MM |
Vægt | 53kg | 93kg |
Installationsmetode | Etage | Etage |

Rack Model Lithium Battery – Key Advantages
1. Modular Design for Easy Expansion
The rack-mounted battery adopts a modular design, allowing flexible stacking based on actual needs. This makes capacity expansion simple and efficient for both residential and commercial energy storage systems.
2. Space-Saving & Flexible Installation
Designed to fit standard 19-inch or 48V cabinets, the rack-mounted structure optimizes space utilization and enhances system integration.
3. High Energy Density & Long Cycle Life
Built with LiFePO4 (Lithium jernfosfat) cells, ensuring high stability and safety.
Achieves over 6,000 charge cycles, providing a lifespan of 10–15 years.
4. Advanced Safety & Smart Battery Management System (BMS)
Equipped with a BMS for intelligent protection, preventing overcharge, over-discharge, overcurrent, and short circuits.
Ensures stable and reliable operation under various conditions.
5. High Compatibility with Leading Inverters
Seamlessly integrates with major inverter brands such as Deye, Growatt, GoodWe, Victron, and others.
Supports multiple communication protocols for easy system integration.
6. High Charging & Discharging Efficiency
Delivers an efficiency of 95% or higher, minimizing energy loss and maximizing storage performance.
7. Versatile Applications
Ideal for residential energy storage, commercial & industrial backup power, data centers, telecom base stations, microgrids, and more.
Designed to meet the demands of various energy storage scenarios.
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