An integrated energy solution combining a hybrid inverter, LiFePO4 battery, and Type 2 AC EV charger in one modular stacked system.
OLINK’s modular home energy storage system integrates solar power conversion, battery storage and EV charging into one unified stacked structure.
The inverter, LiFePO4 battery module and AC EV charger are pre-assembled and pre-wired in the factory. Installers only need to connect the PV array, grid and loads on site, reducing wiring complexity and installation time.
Both models share the same inverter and EV charger platform. Select the battery capacity according to daily consumption, PV size and backup requirements.
For standard family homes and daily solar self-consumption.
For higher energy demand, regular EV charging and longer backup.
| Specification | 15kWh Model | 30kWh Model |
|---|---|---|
| Battery Capacity | 15kWh | 30kWh |
| Inverter Options | 6.2kW / 11kW | 6.2kW / 11kW |
| EV Charger | 3.5kW / 7kW, Type 2 | 3.5kW / 7kW, Type 2 |
| Recommended PV Array | 5–8kW | 8–11kW |
| Typical Customer | Small family home | Large home / light commercial |
A unified modular architecture simplifies installation, maintenance and spare-parts management.
Manages PV input, battery charging, grid interaction and load power distribution.
High-cycle-life battery module with integrated BMS and multiple safety protections.
Uses surplus solar power or off-peak grid electricity for convenient home EV charging.
A high-integration platform designed to reduce installation cost, simplify inventory and support private-label projects.
Inverter, battery and EV charger in one product platform.
Factory pre-wiring reduces on-site electrical work.
LiFePO4 chemistry supports long-term project operation.
Exterior, software, packaging and documentation customization.
The system automatically balances solar generation, household consumption, battery storage, grid power and EV charging.
Solar power serves household loads first. Surplus energy is stored in the battery.
The battery supports critical loads during grid outages or peak electricity periods.
Surplus solar electricity can be directed to the integrated Type 2 charger.
Flexible configurations support different consumption levels, PV capacities and backup requirements.
Daily solar self-consumption, nighttime battery discharge and home EV charging.
Higher household loads, longer backup time and regular electric vehicle charging.
Reduce peak electricity costs while supporting employee or customer EV charging.
Improve energy independence where grid access is unstable or electricity prices are high.
Product design and testing can be planned around the electrical safety, battery, inverter, EMC and EV charging requirements of the target market.
OLINK supports distributors, installers and energy brands with private-label and customized system solutions.
Confirm market, capacity, voltage, EV connector and branding needs.
Select the inverter, battery capacity, charger and compliance package.
Complete sample production, functional testing and customer approval.
Move into batch production, inspection, packaging and phased delivery.
Tell us your target market, project size and OEM requirements. Our team will recommend a suitable 15kWh or 30kWh configuration.
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