Find Your System
Build a Complete System
Build a complete system with the right battery, inverter, solar input, backup loads, protection, and expansion plan.
For home backup, small business backup, commercial storage, industrial backup, and off-grid power.
01 · Assembly
System Parts
To build a complete system, match these parts before installation.
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Battery
Stores power for backup, solar storage, night use, and off-grid operation.
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Inverter or PCS
Converts battery power for home, business, or industrial loads.
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Solar Input
Charges the battery system from solar panels.
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Backup Load Panel
Keeps selected backup loads separated and protected.
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Protection & Wiring
Covers breakers, cables, grounding, fuses, and safety protection.
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Monitoring
Shows battery status, solar charging, load use, and system operation.
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Expansion Plan
Battery expansion should be checked before installation.
02 · Paths
System Options
Pick a path first, then build a complete system around your site and load profile.
Home Battery System
For refrigerator, lights, WiFi, TV, security, and basic home backup.
Small Business Battery Backup System
For POS, freezer, router, lighting, office equipment, and selected business loads.
Commercial Battery Storage System
For backup power, solar storage, peak shaving, and higher daily power use.
Industrial Energy Storage System
For factory backup, three-phase loads, peak shaving, and solar storage.
Off-Grid Battery System
For solar input, inverter output, backup loads, and longer independent power use.
03 · Sizing
Capacity & Runtime
Choose capacity by backup loads, backup hours, usable battery capacity, inverter output, and solar charging.
5kWh–10kWh
Basic home backup loads.
15kWh–20kWh
Larger home backup and solar storage.
30kWh–60kWh
Small business backup and light commercial loads.
100kWh+
Commercial energy storage system projects.
215kWh+
Industrial BESS, factory backup, and larger energy storage system projects.
Runtime must be confirmed with real load power before ordering.
04 · Match
Compatibility Check
Confirm these matches before you lock the system design.
Check System Compatibility-
01
Battery Voltage
Must match the inverter or PCS voltage range.
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02
Inverter Compatibility
Check battery communication, output power, charge current, and backup function.
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03
Solar Input
A solar battery system needs the right inverter, PCS, controller, and protection design.
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04
Backup Loads
Refrigerator, POS, pumps, lights, HVAC, and factory loads should be checked before sizing.
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05
Communication
CAN, RS485, or supported protocols should match the battery inverter system.
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06
Expansion
Battery expansion depends on battery model, BMS, inverter capacity, wiring, and installation space.
05 · Select
Recommended Products
Start from a system that already fits your load and site type.
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Home Battery System
- Recommended For
- Home backup / Solar storage / Night use
- System Fit
- Home energy storage system
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10kWh Battery System
- Recommended For
- Refrigerator / WiFi / Lights / TV
- System Fit
- Standard home battery system
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20kWh Battery System
- Recommended For
- Larger homes / More backup loads
- System Fit
- Solar battery system
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50kWh Battery Storage System
- Recommended For
- POS / Freezer / Pump / Office backup
- System Fit
- Commercial battery storage system
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100kWh+ Energy Storage System
- Recommended For
- Commercial backup / Solar storage / Peak shaving
- System Fit
- Commercial energy storage system
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215kWh Industrial BESS
- Recommended For
- Factory backup / Industrial loads / Peak shaving
- System Fit
- Industrial energy storage system
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Off-Grid Battery System
- Recommended For
- Remote homes / Farms / Cabins / Weak-grid sites
- System Fit
- Solar battery backup system
06 · Proof
Project Videos
See how complete systems are installed, charged, switched, and operated.
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Battery System Installation
Battery placement, inverter wiring, protection, and monitoring setup.
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Solar Battery Charging Test
Solar input charging the battery during the day.
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Backup Load Switching Test
Selected backup loads running during outage simulation.
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Commercial Battery Storage System Project
Battery cabinet, PCS, wiring, and site operation.
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Industrial BESS Operation
Factory backup, peak shaving, monitoring, and system testing.
07 · Answers
FAQ
What do I need for a complete battery system?
You need a battery, inverter or PCS, backup load panel, protection, wiring, monitoring, and an expansion plan. Solar input can be added when solar charging is required.
How do I choose the right battery and inverter?
Battery voltage, inverter output, communication, solar input, backup loads, and expansion needs must match before ordering.
Can I build a battery backup system without solar panels?
Yes. A battery backup system can charge from the grid and provide backup power during outages. Solar panels can be added later when the inverter and system design support it.
Can I add solar panels later?
Yes, when the inverter, PCS, solar input, protection design, and battery capacity support solar charging.
How do I check inverter compatibility?
Check battery voltage, communication protocol, charge and discharge current, inverter output, backup function, and approved battery list.
What size battery backup system do I need?
System size depends on backup loads, running power, startup current, backup hours, usable battery capacity, and inverter output.
Can the system be expanded later?
Yes, when the battery model, BMS, inverter or PCS, wiring, cabinet space, and system design support battery expansion.
Should I choose a home battery system or a commercial battery storage system?
Choose a home battery system for household loads. Choose a commercial battery storage system for POS, freezer, pumps, office loads, peak shaving, or larger backup needs.