1000W 2009Wh Energy Storage System Wall Mounted For Indoor Backup

1000W 2009Wh Wall Mounted All In One Energy Storage System for Indoor Backup

Compact Integrated Power for Indoor Spaces

This wall mounted all in one energy storage system integrates a 2009.6Wh LiFePO4 battery, 1000W pure sine wave inverter, battery management system and MPPT solar controller within one compact enclosure.

With a depth of only 90mm, the system is designed for indoor backup installations where floor space is limited. It can be mounted in utility rooms, small technical areas, apartments, offices and other protected locations.

The integrated structure reduces the number of separate battery, inverter and solar charging components that installers need to arrange, while retaining AC charging and photovoltaic charging capability.

Wall Mounted All In One System Design

Indoor Backup Power Applications

Residential Essential Loads

Suitable for selected lighting, routers, communication equipment, computers and other essential devices with total continuous power below 1000W.

Office and Retail Backup

Can provide temporary power for POS equipment, network devices, computers, security terminals and low-power office electronics during grid interruptions.

Communication and Monitoring Equipment

Supports compatible CCTV equipment, routers, small network systems, data loggers and communication terminals installed in protected indoor locations.

Small Solar Backup Projects

The integrated MPPT controller allows the system to work with compatible low-voltage solar arrays for daytime charging and stored-energy backup.

Electrical and Installation Specifications

Charging and Solar Panel Planning

The integrated MPPT controller supports compatible solar panels operating within a 13–55Vdc range, with maximum solar charging power of 550W.

• Keep the photovoltaic open-circuit voltage below 56Vdc.
• Confirm panel voltage, polarity and connector type before installation.
• Maximum AC charging power is 800W.
• Maximum AC and solar combined charging power is 800W.
• Actual solar generation depends on panel size, sunlight and installation conditions.

Installation and Procurement Notes

• Install the unit on a structurally suitable wall capable of supporting its 19kg net weight.
• Use mounting hardware appropriate for the wall construction and installation environment.
• Maintain adequate ventilation and installation clearance around the enclosure.
• Install only in a dry indoor location protected from rain, direct moisture and condensation.
• Confirm the required AC voltage, frequency and socket configuration before ordering.
• Confirm solar panel specifications and cable connections before commissioning.

Frequently Asked Questions

Why use a wall mounted all in one energy storage system?

The wall mounted design preserves floor space, while the integrated battery, inverter, BMS and MPPT controller reduce the number of separate components required for a compact backup installation.

What loads can the 1000W system support?

It can support compatible equipment with combined continuous power below 1000W. The startup power of motorized and compressor-based appliances must be checked separately.

Can solar panels charge the battery?

Yes. Maximum solar charging power is 550W. Compatible photovoltaic panels must operate within the 13–55Vdc MPPT range, and open-circuit voltage must remain below 56Vdc.

Does the system have an LCD display?

No LCD screen is specified. The front interface uses four battery state-of-charge indicators and one working-status indicator.

Can it be installed outdoors?

No outdoor enclosure rating is specified. The system should be installed in a dry, ventilated indoor location protected from direct moisture and condensation.

What should installers confirm before ordering?

Confirm the wall structure, installation clearance, AC voltage, frequency, load demand, solar panel configuration, wiring requirements, order quantity and packaging needs.

All In One ESS Project Support

This compact wall mounted system is suitable for solar installers, energy storage distributors, electrical contractors and project buyers requiring indoor backup power with a reduced installation footprint.