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Product Advantage
Household energy storage systems store electrical energy in homes.
They consist of batteries, inverters, and monitoring/control mechanisms.
Benefits include backup power supply, increased self-consumption of renewable energy, cost savings, and energy independence.
Lithium-ion batteries are commonly used due to their energy density and long cycle life.
Backup power ensures continuity during grid outages, enhancing resilience.
Storing excess renewable energy optimizes self-consumption and reduces reliance on the grid.
Time-of-use optimization helps lower electricity costs by shifting loads to off-peak hours.
Energy storage systems promote energy independence, reducing vulnerability to grid failures and rising prices.
Product Uses
Increased self-consumption of renewable energy by storing excess energy from solar panels.
Energy independence and resilience through reduced reliance on the grid during outages.
Integration with smart home systems enables remote monitoring and control of energy usage.
Participation in demand response programs to stabilize the grid and earn financial incentives.
Technical Parameters
Model | SmartOne-O5 | SmartOne-O10 | SmartOne-O15 | SmartOne-O20 | ||
Qty.of Battery Modules | 1 | 2 | 3 | 4 | ||
System Energy | 5.12kWh | 10.24kWh | 15.36kWh | 20.48kWh | ||
IP Rating | IP20 | |||||
Operating Temperature | Charge：0 ～ 45 ℃ Discharge：-10 ～45 ℃ | |||||
Allowable relative humidity range | 5% to 95% | |||||
Max. operating altitude | ＜2000m | |||||
Weight | 63Kg | 108Kg | 152Kg | 198Kg | ||
Dimension | 660*730*180mm | 660*1070*180mm | 660*1410*180mm | 660*1750*180mm | ||
Display | LCD & APP | |||||
Communication | RS485 & WIFI | |||||
System Parallel | 2 | |||||
Inverter | Rated Output Power | 5000W | ||||
Maximum Peak Power | 10000VA | |||||
Load Capacity of Motor 4HP | 4HP | |||||
Wave Form | Pure Sine Wave | |||||
Output Mode | Hybrid Grid | |||||
Rated Output Voltage (Vac) | 220Vac | |||||
AC Charge | AC Charging Current Range | 60A | ||||
Rated Input Voltage | 220/230Vac | |||||
Bypass Overload Current 40A | 40A | |||||
Input Voltage Range | 90 ～280Vac | |||||
AC Output | Rated Output Power | 5000W | ||||
Maximum Output Current | 30A | |||||
Frequency | 50Hz | |||||
Overload Current | 40A | |||||
PV Charge | Solar Charge Type | MPPT | ||||
Maximum Output Power | 5500W | |||||
PV Charging Current Range | 100A | |||||
MPPT Voltage Range | 120 ～450V | |||||
Battery Module Data | Battery Type | LiFePO4 | ||||
Battery Energy | 5.12kWh | |||||
Battery Capacity | 100AH | |||||
Battery Rated Voltage | 51.2V | |||||
Designed Life-span | 6000 | |||||
FAQ
1）What is a residential energy storage system?
A residential energy storage system is a setup that stores electrical energy in batteries or other storage devices within a home or residential setting. It typically consists of a battery system, inverters, and monitoring/control mechanisms to store and regulate the flow of electricity.
2）How does a residential energy storage system work?
A residential energy storage system works by storing excess electricity generated from various sources, such as solar panels or the grid, in batteries. The stored energy can be used later when energy demand is high, during grid outages, or when renewable energy production is low. Inverters convert the direct current (DC) stored in the batteries into alternating current (AC) for use in powering appliances and devices in the home.
3）What are the benefits of having a residential energy storage system?
There are several benefits to having a residential energy storage system. These include backup power supply during grid outages, increased self-consumption of renewable energy, cost savings through time-of-use optimization and load shifting, energy independence, integration with smart home systems, and participation in demand response programs.
4)Can I go completely off-grid with a residential energy storage system?
While it is possible to go off-grid with a residential energy storage system, it depends on the capacity of the system and the energy needs of the home. Off-grid living typically requires a combination of renewable energy sources, such as solar or wind, along with sufficient energy storage capacity to meet the household's energy demands during periods of low energy production. However, going off-grid may involve higher upfront costs and careful energy management.
