Indoor Floor Standing Residential Energy Storage Systems All In One Solar

Floor-Standing All-in-One Solar Storage for Homes

5.12–14.3 kWh LiFePO4 battery capacity | 5–11 kW inverter output | Direct PV input
This compact, floor-standing system combines a lithium iron phosphate battery and an off-grid solar inverter with MPPT in one enclosure. Solar panels connect to the integrated PV input through the required external protection, so a separate PV inverter is not required for this DC-coupled configuration.
Designed for small homes and selected residential loads, the range supports solar charging, AC charging and backup operation. Four battery-and-inverter combinations let you choose stored energy and output power to suit household consumption, simultaneous loads and available indoor space.

Why Choose This Configuration?

• Battery and inverter in one cabinet: an integrated format with a front display and caster wheels for positioning.
• Direct solar connection: built-in MPPT accepts a suitable PV string within the selected model's voltage and power limits.
• Flexible charging sources: PV and AC charging are supported. The supplier topology also shows a generator as an alternative AC source.
• Household AC output: 230 Vac ±5%, 50/60 Hz, pure sine wave.
• Backup transfer: the datasheet specifies 10 ms for PC mode and 20 ms for appliance mode.
• Communication: RS485 and Wi-Fi are listed in the supplier specification.

A Practical Fit for Small Homes

Use the system to store energy from rooftop solar and supply agreed household circuits, such as lighting, refrigeration, communications and other appliances within the inverter rating. A 5 kW configuration can be evaluated for a smaller essential-load circuit; 10 kW and 11 kW options accommodate higher simultaneous demand where the site design allows.
Choose inverter power from the load list, including motor starting requirements. Choose battery energy from the desired operating duration. Nominal battery capacity is not the same as usable AC energy, and actual backup time depends on load, state of charge, operating limits and conversion losses.

Illustrative application scene. Install in a dry indoor location with the clearances required by the manufacturer.

How the System Connects

1. PV input: solar array → DC protection → integrated MPPT and inverter.
2. AC input: utility grid or a compatible generator → appropriate source selection and AC protection → system AC input.
3. Load output: system AC output → protected load distribution → selected household circuits.

This is an off-grid inverter configuration. AC input supports charging and the relevant operating modes; this listing does not specify grid-export capability. Grid and generator are alternative AC sources and must not be directly paralleled. The diagram is a functional overview, with protection, source selection and wiring finalized for the installation.

Four Available Configurations

*The source labels this value “Max. PV Charge Current.” It is not stated as the PV string input-current limit. Confirm allowable PV input current and string design in the model-specific installation manual.

Shared Technical Specifications

Specifications are transcribed from the supplied reference datasheet and remain subject to the selected model and final manufacturer confirmation. Battery charging-temperature limits, usable capacity, efficiency test basis and installation requirements should be checked in the final technical documentation.

Installation and Supply Scope

The all-in-one cabinet integrates the battery and inverter. PV modules, external DC/AC protection, source-selection equipment, distribution boards, site cables and installation services are separate items unless included in the quotation. The IP20 enclosure requires a suitable indoor location. PV open-circuit voltage under the site's lowest temperature must remain within the permitted limit, and the string operating voltage must suit the applicable MPPT range.

Frequently Asked Questions

Can solar panels connect directly?

Yes. The integrated off-grid PV inverter includes MPPT. The PV array connects to the system's PV input through the required protection after voltage, power and current compatibility are checked.

Can it use grid or generator power?

AC charging is supported. The supplier diagram includes grid and generator sources. Generator compatibility and the external switching arrangement must be confirmed for the selected configuration.

Does backup operation have zero interruption?

The listed transfer times are 10 ms for PC mode and 20 ms for appliance mode. Sensitive equipment compatibility should be checked against these values.

How does YINTU support the project?

YINTU is an energy storage solution provider. We match the configuration to your household loads, PV array and site requirements, and coordinate product sourcing, technical documentation and customization with the manufacturer. Model-specific certification, warranty, price, delivery and supply scope are confirmed in the written quotation.

Request the Right Configuration

Send your destination country, household load list, daily energy use, solar array details, required backup duration and expected quantity. YINTU will help select the battery-and-inverter combination and clarify the installation interfaces.