Eserner 3.6kW Solar Kit with 2.56kWh 24V Lithium Battery
The Eserner 3.6kW Solar Kit is a compact solar backup system combining a 3.6kW 24V inverter, 2.56kWh lithium battery and two 615W solar panels. The kit includes the essential DC and AC protection, cabling, battery connections, MC4 connectors, combiner box and standard roof mounting equipment for a complete solar installation package.
The system is designed to support essential household and electronic loads such as a TV, LED lighting, decoder, mobile devices, WiFi router, refrigerator, computers and fans, subject to the total load and available battery capacity.
Key Features
3.6kW Eserner 24V inverter
2.56kWh 24V lithium battery
2 × 615W solar panels
1.23kW total solar panel capacity
100A battery fuse
AC and DC protection included
MC4 connectors included
Battery cables and lugs included
Standard roof mounting equipment
Suitable for essential household and electronic loads
Technical Specifications
Brand: Eserner
System Type: Solar Backup Kit
Inverter Power: 3.6kW
Inverter Voltage: 24V
Battery Type: Lithium-ion
Battery Capacity: 2.56kWh
Battery Voltage: 24V
Solar Panels: 2 × 615W
Total PV Capacity: 1.23kW
Battery Fuse: 100A
DC Cable: 6mm² single-core, 25m red and black
Battery Cable: 25mm², 2m pair
MC4 Connectors: 2
Combiner Box: 1-in, 1-out
AC Box: Included
AC Cable: 5m, 4-core, 6mm²
Battery Lugs: 6
Mounting Equipment: Suitable for standard tile, IBR and corrugated roofs
Available Variants
3.6kW Kit with 2.56kWh Battery
What’s Included
1 × Eserner 3.6kW 24V inverter
2 × 615W solar panels
1 × Eserner 2.56kWh 24V lithium battery
25m × 6mm² red DC cable
25m × 6mm² black DC cable
1 × 100A battery fuse
1 × pair 25mm² battery cables, 2m
6 × battery lugs
2 × MC4 connectors
1 × 1-in, 1-out combiner box
1 × AC box
5m × 4-core 6mm² AC cable
Standard roof mounting equipment
Suitable Loads
The kit can be used for essential loads such as:
LED TV
LED lights
Decoder
Mobile phones
WiFi router
Refrigerator
Computers
Fans
Actual runtime and the number of appliances that can operate simultaneously depend on appliance power consumption, solar generation and available battery capacity.
