Hybrid Energy Storage System With LiFePO4 Battery

The Problem

Why This Is Specified as a Solution

Buyers in off-grid and unstable-grid areas often face mismatched components when assembling a solar hybrid system. Panels, inverters, controllers and batteries from different suppliers may not work together on site. WeBright Solar delivers a pre-configured hybrid energy storage system with matched components, including the LiFePO4 battery pack, hybrid inverter, MPPT controller, combiner box, cable and mounting structure, all tested and packed for export as one shipment.

Process

Every Stage and What Goes Wrong at It

The amber line is the failure this stage usually produces. The line under it is what we do instead.

1

Enquiry and Load Review

The system is sized based on roof area or a target kW without considering actual daily load or peak demand.

We request the appliance list, daily running hours and largest starting load to size the battery, inverter and solar array together.

2

System Sizing

Battery capacity, inverter rating and solar array output are selected independently, leading to imbalance.

The battery, inverter and solar array are sized against each other on a common DC bus voltage to ensure compatibility.

3

Component Selection

Battery type (LiFePO4 vs GEL), controller type (MPPT vs PWM), and inverter mode (hybrid vs off-grid) are chosen without site impact analysis.

We evaluate each option’s impact on system performance and cost, then fix the configuration before quoting.

4

Mounting Drawings

The mounting structure arrives cut for flat roofs when the site has a pitched tile roof.

Mounting is drawn from CAD to match the actual roof or ground condition and confirmed with the buyer before production.

5

Assembly and Testing

A mismatched controller or faulty inverter is discovered only during on-site commissioning.

The inverter, controller and battery are tested together in the lab, and the packing list is verified before crating.

6

Packing

Components arrive split across multiple shipments or damaged during transit.

Inverter, solar panels, mounting bracket and battery are packed in wooden boxes for export loading in one shipment.

7

Shipping and Documents

Buyers must coordinate sourcing, consolidation and shipping across multiple suppliers.

OEM, design, sourcing and shipment are handled from one place, so the buyer receives one set of export documents.

8

After Sales

A technical issue during installation has no clear point of contact.

Enquiries are answered within 12 hours over WhatsApp or email, with the configuration table as the shared reference.

Who It Is For

Buyers This Suits

Installers who deliver hybrid solar systems with energy storage for homes and small businesses
EPC contractors sourcing turnkey solar hybrid systems for remote sites
Wholesalers and importers who resell complete hybrid energy storage kits
Villa and farm owners who need a reliable off-grid or hybrid power solution

Outcomes

What You End Up With

A pre-configured hybrid energy storage system with matched components
A common DC bus voltage agreed across panels, inverter, controller and battery
A mounting structure drawn to the actual site condition, not adapted on site
One shipment containing inverter, panels, mounting bracket, battery and all required accessories

Products in This Solution

What Goes Into the Configuration

White industrial electrical cabinet with control panel and ventilation grilles, featuring a red label.

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White industrial electrical cabinet with a digital display, emergency stop button, and ventilation grille.

Solar Hybrid Energy System 30KW/50KW/100KW

30kW Complete Solar Hybrid Energy System for Villa Power Supply

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White solar inverter with grey display panel and side cooling vents.

Solar Hybrid Energy System 30KW/50KW/100KW

30kW 50kW Complete Solar Hybrid Inverter Energy System for Home Use

Solar Hybrid Energy Storage System 30KW/50KW/100W Hybrid Type for Residential/Commercial Use To Connect Lithiu

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Large industrial cabinet with control panel and red buttons, positioned next to a metal rack frame.

Solar Hybrid Energy System 30KW/50KW/100KW

30kW 50kW Solar Hybrid Energy System Inverter for Commerical Use

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WeBright Solar inverter on white background

Solar Hybrid Energy System 30KW/50KW/100KW

5kW 10kW Complete Solar Hybrid Energy System for Home Use

5kWh Solar Energy Storage System Off Grid Type for Home Use All-in-One Inverter + Hybrid Inverter Power by Sol

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White and black cabinet style solar energy storage unit with green text on a white background

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White WeBright Solar inverter unit with blue digital display and side handles

ESS

10kwh Power Wall LiFePO4 Battery Pack for Energy Storage System

Nominal Volt: 51.2V Nominal Capacity: 200Ah Energy Storage: 10kWh With MBS Maximum Batteries in Series * 15 Re

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Black 48V100AH rack-mounted solar battery unit with handles, display, and circuit breaker

ESS

48V 100Ah 200Ah LiFePO4 Battery for Energy Storage System

Nominal Volt: 48V Nominal Capacity: 200Ah Energy Storage: 9600Wh With MBS Maximum Batteries in Series * 15 Rec

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Go Deeper

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FAQ

Solar Hybrid Energy Storage System Questions

Can you quote a hybrid system from my appliance list?

Yes. Send the appliances, daily running hours and largest starting load, and we will return a configuration with the inverter, battery, controller and solar array sized to your load.

Do you supply LiFePO4 battery packs for hybrid systems?

Yes. We supply rack-mounted and cabinet-type LiFePO4 battery packs with capacities from 5kWh to 15kWh, DC voltages of 48V or 51.2V, and life cycles exceeding 6000 cycles at 80% depth of discharge.

Can the battery capacity be customised?

Yes. Battery capacity, voltage, mounting type and enclosure are all set at order stage to match your system requirements.

What is included in a complete hybrid energy storage system?

Solar modules, hybrid inverter, MPPT charge controller, LiFePO4 battery pack, combiner box, PV cable, MC4 connectors and an installation tool bag.

What is the life cycle of the 10kWh LiFePO4 Powerwall battery pack at 80% depth of discharge?

The life cycle of the 10kWh LiFePO4 Powerwall battery pack is over 6000 cycles at 80% depth of discharge.

What DC voltage options are available for the rack-mounted LiFePO4 battery packs?

The rack-mounted LiFePO4 battery packs are available with DC voltages of 48V and 51.2V.

Start a Solar Hybrid Energy Storage System Enquiry

Send the load list, the site conditions and any drawing you have. The configuration comes back with every item in the shipment listed.

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