Integrated Storage for Your Next Solar Project
An all-in-one energy storage system brings batteries, power conversion and battery management into a coordinated unit. HBOWA supplies commercial outdoor cabinets with air or liquid cooling, alongside residential systems combining LiFePO4 batteries with off-grid or hybrid inverters.
For commercial projects, we match battery capacity, PCS or inverter power, thermal management and control functions to your load profile. For home installations, we help you select the phase configuration, battery modules and solar input requirements. Direct PV charging and backup functions depend on the selected configuration.
As an energy storage manufacturer in China, we support project-based supply and OEM/ODM requirements. Share your grid conditions, existing equipment and installation plan so we can recommend a system that fits your engineering scope.
Commercial All-in-One Energy Storage Systems
Choose an integrated commercial system by its power, storage capacity and site requirements. Our range includes air-cooled and liquid-cooled cabinets for solar self-consumption, scheduled charging and backup configurations. We help you check grid voltage, coupling method and control requirements before selecting equipment.
- Rated Power: 50KW
- Rated Capacity: 50kWh
- Cooling ways: air cooling
- Rated Power: 50KW
- Rated Capacity: 112 kWh
- Cooling ways: air cooling
- Rated Power: 100KW
- Rated Capacity: 225 kWh
- Cooling ways: air cooling
- Rated Power: 100KW
- Rated Capacity: 232 kWh
- Cooling ways: liquid cooling
- Rated Power: 125KW
- Rated Capacity: 241 kWh
- Cooling ways: Air cooling
- Rated Power: 125 KW/ 100KW
- Rated Capacity: 260 kWh/215KWh
- Cooling ways: liquid cooling
- Rated Power: 125 KW
- Rated Capacity: 261 kWh
- Cooling ways: liquid cooling
- DC Liquid Cooling Battery
- Rated Capacity: 418 kWh
- Cooling ways: liquid cooling
Residential All-in-One Energy Storage Systems
Our residential range covers compact fixed-capacity units and modular off-grid or hybrid systems. Match the inverter output to household loads, then choose battery capacity for the intended operating hours. These are indoor all-in-one energy storage systems, with easy installation method, feel free to reach out for more details.
All-in-one battery 2.5kwh lifePO4 and inverter 3KW single phase off grid, wall or floor mounted available.
all-in-one-energy-storage-system, 5kwh 1pcs with 5kw/10kw single phase off-grid inverter, max 15 in parallel to 76.8KWh.
Stacked lifepo4 battery 5kwh 1pcs and 5kw/10kw single phase off-grid inverter, max 3 in Parallel to 15.36KWh.
All in one energy system, 5kwh battery 1pcs with 5kw/10kw three phase hybrid inverter, max 4 in series to 20KWh.
Practical Features for Project Delivery
Coordinated battery and power-conversion components help reduce the interface checks needed when assembling equipment from separate suppliers.
BMS protection monitors battery conditions and supports fault detection, helping your team identify issues during operation.
Air-cooled and liquid-cooled commercial configurations let you match cooling arrangements to the site and operating duty.
Stackable batteries and cabinet service access support inspection and maintenance, with requirements defined for each model.
Simplify Installation and Commissioning
An all-in-one energy storage system reduces the number of separate components your team needs to assemble and coordinate. Matched battery and inverter interfaces help simplify the integration scope. You still need to plan foundations or mounting, external protection, cabling, earthing and commissioning. We provide installation guidance and system documentation so you can define these responsibilities before equipment arrives.
Build Safety into Your Storage Project
Our all-in-one battery energy storage systems use LiFePO4 batteries with BMS protection for battery operating limits. Commercial configurations add thermal management and model-specific electrical and fire-protection arrangements. We help you review the equipment documentation alongside your site requirements.
Put Energy Management to Work
A commercial all-in-one energy storage system can support solar self-consumption and scheduled charging around your site tariff. Our commercial platforms offer local monitoring and configurable energy management, with remote functions matched to the equipment and network setup. We help you define charging periods, discharge objectives and alarm handling so the controls support your project goals.
How to Start Your Project with HBOWA?
Before We Quote, Tell Us 4 Things
Project Location & Grid
Country, grid stability, voltage, frequency, and whether grid connection or power selling is required.
Application Scenario
Backup power / solar storage / peak shaving / demand charge reduction / off-grid / hybrid / microgrid use.
Load & Energy Demand
Daily kWh use, peak power, operating hours, main loads, and whether motors or inductive loads are used.
Site & Special Requirements
Indoor or outdoor installation, available space, existing PV, generator, anti-backflow, EMS, or other special needs.
How HBOWA Handles Your Project
1 Project Location & Grid
We first confirm where the cabinet system will be used and how it connects to the local grid.
2 Application Scenario
Define backup power, solar storage, peak shaving, off-grid, or hybrid use.
3 Load & Energy Demand
Load data helps us calculate cabinet capacity, PCS/ inverter size, backup time, and surge load margin.
4 PV & Existing Equipment
We check whether the storage cabinet needs to work with solar panels, generators, transformers, or existing equipment.
5 Installation Site
Confirm indoor/outdoor installation, cooling method, cable distance, and installation cost.
6 Solution & Quotation
After collecting the project information, HBOWA prepares a practical cabinet solution and quotation for you.
Support for EPCs and Solar Installers
We manufacture HBOWA LiFePO4 batteries and integrated storage systems, with project support from system design through delivery, installation guidance and commissioning. Our production processes include standardized assembly, in-process inspection and traceability. You can work with our technical team to review the specifications of the all in one energy storage system together.
OEM Service for Your Project Requirements
We support custom all-in-one energy storage system solutions and OEM requests. Options can include battery capacity, PCS power(or inverter power), cooling method, communication interfaces, EMS functions and external design. You can tell us your detailed OEM requirements, and our technical team will analyse the feasibility for your project.
Match Integrated Storage to Your Installation
Add storage to an existing commercial PV installation with a configuration that suits the equipment already on site. We review the solar inverter, connection point, load profile and metering requirements before recommending the coupling approach. For EPCs and contractors, this helps define the changes needed for solar self-consumption or load shifting while checking how the storage controls interact with the existing system.
Build your backup proposal around the loads that must keep running. We help you assess continuous power, motor starting demand and required operating hours, then review the inverter or PCS, transfer equipment and storage capacity. A commercial all-in-one energy storage system can form part of this solution, but the permitted interruption time and islanded operation must match the selected configuration.
For residential installation projects, choose a compact unit or a modular all-in-one home energy storage system according to household loads and available space. We help you check single-phase or three-phase supply, solar input limits and battery capacity. Matching the equipment before delivery gives your installers a clearer mounting, cabling and commissioning plan, whether you are supplying one site or a series of similar homes.
HBOWA LifePO4 Batteries
- Certificates
- Factory Show
- Exhibition
FAQ
Start with the loads the system must supply, their peak demand and required operating hours both day time and evening time. Check inverter output, battery discharge limits and usable kWh separately: adding storage does not automatically increase power. You can send us a load profile so HBOWA team can help you select a suitable power and capacity combination.
Yes, a suitable configuration can work with an existing PV installation. The integration approach depends on the solar inverter, grid connection and storage controls. AC coupling can retain a separate PV inverter, while direct PV charging needs compatible equipment and input limits. Share us your detailed info, we can help you check any time.
No. Some systems use a hybrid inverter with direct PV input and MPPT, while others use a PCS for battery-to-AC conversion. In our configurable commercial range, we have two types of energy storage system, one configures domestic brand inverters, which include solar MPPT, and support connecting to solar panels directly, the other configures domestic brand PCS, which does not include MPPT, so we will list every component in detail when you need the system quotation.
Expansion is model-specific. If you need capacity expansion, we suggest using the same model of battery for safety concerns.Paralleling complete systems also requires compatible power-conversion equipment and coordinated controls. These are different engineering tasks. Tell us your planned final capacity and power at the start, so we can help you check whether later additions will be supported.
Price depends on battery capacity, inverter or PCS power, cooling, control functions, documentation requirements and delivery scope.And the main parts are battery and inverter or PCS. We quote against your project requirements so you can see which components and services are included, rather than comparing cabinet prices alone.
Consider a separate rack-based system when you need more freedom to select components or a power-to-energy ratio outside the integrated range. And for a containerized solution, it suits larger installations with different layout and infrastructure requirements. We recommend you comparing expansion, lifting access, service space and maintenance responsibility as well as equipment price.
We support system selection with equipment documentation, installation guidance and commissioning assistance. For All in one energy storage system warranty, we support 5 years warranty for battery, and 3 years for the Inverter or PCS, from the date of installation, with a minimum performance retention of 90% during the warranty period.
