Introducing the EG4 PowerPro WallMount All Weather Battery – the ultimate energy storage solution for all your solar power needs. This cutting-edge 48V 280Ah Lithium Iron Phosphate (LiFePO4) battery redefines reliability and performance, ensuring your power supply remains uninterrupted.
Features
Confident Power
- 10kW delivery, with peak power 10.5kW (10 sec.) & 15.4kW (3 sec.)
- Constant discharge current – 200A
- Over 8000 cycles at 80% DOD with an 82.6Mwh lifetime production
Reliable
- Smart and intelligent BMS for reliability, efficiency and safety
- Integrated self-heating features when needed in low temperature
All-Weather Design
- Perfect for outdoor applications, built to withstand various weather conditions
- Integrated self-heating feature ensures optimal battery performance in low temperatures.
- Weather rated quick connectors (Amphenol)
Safety
- Dual onboard fire arrestors offer fail-safe protection
- Innovative total emergency stop function for instant shutdown by RSD / ESS disconnect / inverter RSD
- 10-year warranty offered by EG4 Electronics.
Seamless Integration
- Can pair with any hybrid or off-grid inverter in the market
- Designed to pair seamlessly with EG4, Victron, Growatt, Megarevo, Luxpower, Deye, and Sol-Ark inverters
- Onboard LCD touch screen for easy BMS monitoring and communication.
- Quick connect battery cables for fast, safe, and reliable battery connections.
Comprehensive Certifications
- UL9540A Certified, UL1973
- UL9540 with 18kPV: for PowerPro ESS
CN: 5026744 - Outdoor Rating IP65
PowerPro ESS
- Optional conduit box addon makes installation with an EG4 18kPV simple
- Turn any PowerPro into a fully capable Energy Storage System when paired with an EG4 18kPV
- No thermal monitoring, or ventilation needed
- No maintenance
BATTERY CABLE CONNECTIONS
Up to 3 batteries are supported in parallel when connected to a single inverter, 4 batteries in parallel when connected to 2 inverters, or up to 5 batteries in parallel when connected to 3 inverters.
The maximum recommended number of paralleled 18kPV inverters is 6. If this approach is used, we recommend a ratio of 3 batteries per pack controlled by each 18kPV inverter. Separating packs is only recommended if each pack’s average SOC is monitored over time and does not diverge by more than 10%. Common busbars are superior to separating battery packs but it may be difficult
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