Advantage
SMILE-B3: 3kW / 2.9kWh Expandable to 17.2 kWh
All-in-one Module
Battery inverter 3 kW
2.9 kWh storage integrated (1C, 96% DoD, 51.2V)
610 x 236 x 625mm (W x D x H) /45 kg
IP65 (Outdoor) / IP21 (Indoor)
Free online monitoring
Wifi communication (optional)
Open API, modbus control portal
Expandable Battery Module: M4856-P
2.9kWh battery ( 1C, 96% DoD, 51.2V )
610 x 236 x 303mm ( W x D x H ) / 42kg
IP65 (Outdoor) / IP21 (Indoor)
Max. 5 units to the main unit (parallel)
SMILE5: 5kW Expandable to 80kWh
① SMILE5-ESS
Hybrid inverter
Max. PV input 6.6kW DC.
Nominal output 5kW AC. 100Amp integrated charger
610 x 236 x 615mm (W x D x H) / 60kg
IP65 (Outdoor) / IP21 (Indoor)
UPS 4kW continuous for critical loads
Open API, modbus control portal
An integrated cable box with PV and battery isolator,
AC circuit breaker
② Battery Module Options
IP65 (Outdoor) / IP21 (Indoor) 6 Max. modules in parallel
SMILE-T10: 10kW / 11.5-23 kWh
① SMILE-T10-ESS
Hybrid inverter
Max. PV input 13kWp/12kWp* DC. (2MPPT)
Max output power 10kW. 3 phase.
610 x 236 x 605mm / 610 x 236 x 655mm* (W x D x H)
40kg
380V/400V rated voltage
IP65 (Outdoor) / IP21 (Indoor)
*only for Australia and New Zealand
② High Volatge Cable Box
An integrated cable box with PV and battery isolator, AC circuit breaker
System operation monitoring, includes power, energy and other parameters
BMS & EMS integrated
Multilevel protection for over- temperature, over-voltage and over- current
Intelligent energy management algorithm supported
③ Battery Module: M4586-S
1C, 90%DoD, 51.2V
42kg
610 x 236 x 303 mm
(W x D x H)
11.5 ~ 23 kWh
HOW TO SAVE MONEY
1. self-Consumption Optimization
Store the surplus PV generation in the battery and smartly discharge the energy to match your electricity usage.
You can cut electricity bill by minimizing the energy consumption from the grid.
2. Load Shifting
User-end: Load shifting
Store electricity during off-peak time andshift energy to be used at peak time.
You can save money by avoiding electricity peak rate.
Transmission & distribution: Peak shaving
Avoid the upgrade of substation and power line to supply the peaks of variable load,
where energy storage provides a fast response and emission-free solution.
3. VPP Revenue
Ancillary services
The combination of several flexible production and consumption units, controlled by acentral intelligent system,
is the core behind a VPP, which can stabilize the grid by balancing energy supply and demand.
Electricity arbitrage
Optimize trading strategies to maximize returns.
VPP can utilize the aggregated power to react to changes of the electricity price on the exchanges,
quickly adapting to the existing supply of power in the grid, and thus execute trades.
