As demand for compact and flexible energy storage continues to grow, homeowners, instaladores solares, and energy equipment distributors are looking for systems that combine battery storage and power conversion in one convenient unit. A wall-mounted energy storage system can help reduce installation space while providing a practical power solution for selected residential and small-scale backup applications.
El EH-56 Wall-Mounted All-in-One Energy Storage System combines a 1000W rated AC output with a 2009.6Wh LiFePO4 battery and integrated solar and AC charging functions. Its compact enclosure and pure sine wave output make it a product worth evaluating for applications that require a space-conscious energy storage solution.
1. What Is a Wall-Mounted All-in-One Energy Storage System?
A wall-mounted all-in-one energy storage system integrates battery storage and inverter functionality into a single unit. Instead of selecting and arranging separate battery and inverter components, users can work with an integrated system designed to simplify equipment planning and installation.
The EH-56 is designed around three key functions:
- Almacenamiento de energía: A 2009.6Wh lithium iron phosphate battery stores electrical energy for later use.
- Power conversion: The integrated inverter provides 1000W rated AC output with a pure sine wave waveform.
- Charging flexibility: The system supports solar charging and AC charging within its specified input limits.
This integrated design can be useful where installation space is limited and a compact power system is preferred.
2. Key Features of the EH-56 Energy Storage System
1000W Rated AC Output
The EH-56 provides 1000W rated AC output at 185–230VAC and 50Hz, with a pure sine wave output waveform.
Pure sine wave output is an important consideration when selecting an inverter for compatible electronic equipment and household appliances. Before connecting equipment, users should check its rated power, starting surge, voltage requirements, and frequency compatibility.
The system is intended for loads that remain within its operating limits rather than unrestricted whole-home power supply.
2009.6Wh LiFePO4 Battery Capacity
The integrated battery has a nominal energy capacity of 2009.6Wh and uses lithium iron phosphate (LiFePO4) química.
LiFePO4 technology is widely used in energy storage applications. The EH-56 provides an integrated battery-and-inverter configuration for users who want a compact system without assembling multiple separate units.
The available operating time depends on the connected load, conversion losses, battery operating conditions, and the amount of energy available at the time of use. Por ejemplo, a 200W load and a 500W load will consume stored energy at very different rates.
Solar Charging up to 550W
The EH-56 supports solar charging with a maximum solar charging power of 550W. Its specification lists an MPPT voltage range of 13–55V DC and a maximum PV open-circuit voltage of 56V DC.
Solar charging can help users utilize energy generated by compatible solar panels. The actual charging performance depends on sunlight, panel orientation, shading, temperatura, and the electrical characteristics of the selected panels.
Solar panel configuration must be checked carefully to ensure that the array voltage remains within the system’s specified limits, including the increase in open-circuit voltage that can occur in cold weather.
AC Charging up to 800W
In addition to solar charging, the system supports AC charging at up to 800W.
This provides another way to recharge the battery when a compatible utility power source is available. The datasheet also specifies a maximum combined utility and solar charging power of 800W. Por lo tanto, the 800W figure should be understood as the maximum combined charging power stated in the specification, not 800W from each source simultaneously.
Having both solar and AC charging options gives system designers greater flexibility when planning how the unit will be charged.
Compact Wall-Mounted Structure
The product measures 500 × 360 × 90mm and has a net weight of 18.8kg.
Its slim enclosure is designed for wall-mounted installation, helping reduce the floor space occupied by energy storage equipment. This can be useful in utility rooms, equipment areas, and other suitable installation locations.
The mounting surface, fasteners, ventilation, and installation clearances should be assessed before installation. The unit should only be installed in accordance with the manufacturer’s instructions.
3. Potential Applications
The EH-56 can be evaluated for applications where its 1000W output and 2009.6Wh capacity meet the required load profile.
Residential Backup Power
The system may support selected essential loads during planned backup operation, such as compatible LED lighting, networking equipment, and other low-power devices.
The total connected load and its starting current must remain within the system’s rated capabilities. Users should calculate the expected energy consumption before deciding which appliances to connect.
Small-Scale Solar Energy Storage
For small solar installations, the EH-56 combines storage and power conversion in one enclosure. Compatible solar panels can charge the battery within the specified input voltage and power limits.
The suitability of the system depends on daily energy demand, local solar conditions, panel configuration, and the required backup duration.
Off-Grid Equipment and Small Power Systems
The unit may be considered for selected small off-grid applications where a 1000W AC output and 2009.6Wh of nominal stored energy are sufficient.
Project designers should evaluate the equipment’s continuous power demand, surge requirements, expected operating hours, and charging opportunities before specifying the system.
Solar Installation and Distribution Projects
For solar installers, distribuidores, and energy equipment suppliers, an integrated wall-mounted unit can simplify product selection for suitable small-scale projects.
Before offering the product to a particular market, B2B buyers should confirm local electrical requirements, installation conditions, applicable certifications, and the manufacturer’s commercial and technical documentation.
4. Technical Specifications at a Glance
The following values are based on the EH-56 product specification sheet.
| Parámetro | Especificación |
|---|---|
| Product type | Wall-mounted all-in-one energy storage system |
| Rated AC output power | 1000W. |
| Forma de onda de salida | Pure sine wave |
| AC output voltage | 185–230VAC |
| Output frequency | 50Hz |
| Battery chemistry | LiFePO4 |
| Rated energy capacity | 2009.6¿Qué? |
| Typical battery capacity | 314ah |
| Nominal battery voltage | 6.4V DC |
| Maximum solar charging power | 550W. |
| MPPT voltage range | 13–55V DC |
| Maximum PV open-circuit voltage | 56V DC |
| Maximum AC charging power | 800W. |
| Maximum combined utility and solar charging power | 800W. |
| Maximum battery charge current | 220A |
| Maximum battery discharge current | 220A |
| salida USB | 5V/1A, maximum 5W |
| Temperatura de funcionamiento | -10°C a +50°C |
| Product dimensions | 500 × 360 × 90mm |
| Net weight | 18.8kilos |
| Gross weight | 19.9kilos |
Specifications should be confirmed with the supplier before final system design and installation.
5. What Should Buyers Consider Before Purchasing?
Choosing an energy storage system requires more than comparing battery capacity and inverter power. Buyers should consider the complete operating requirements of their intended application.
Confirm the Load Requirements
Calculate the total continuous power demand of the devices that will be connected. Also consider startup surges from equipment such as motors, compressors, or other loads that may briefly require more power than their normal operating rating.
Match the Solar Panels Correctly
The solar array must stay within the specified MPPT range and maximum PV open-circuit voltage. Panel voltage should be checked under the expected environmental conditions, particularly in cold weather.
Estimate the Required Backup Duration
The 2009.6Wh figure represents nominal battery energy, not a guarantee of usable AC energy at the output socket. Actual runtime will depend on conversion efficiency, load size, condiciones de funcionamiento, and battery protection settings.
Check Installation Conditions
The EH-56 is specified for an operating temperature range of -10°C to +50°C. Installation should account for ambient temperature, humidity, ventilation, mounting strength, and access for maintenance.
Verify Market and Project Requirements
Distributors and installers should confirm the relevant compliance documents, warranty terms, packaging information, delivery arrangements, and technical support before including the product in a project quotation.
6. Why Consider an Integrated Energy Storage Solution?
An integrated system can reduce the need to source and arrange separate battery and inverter components. It also provides a defined product configuration that can make specification review and installation planning more straightforward.
For suitable projects, the EH-56 offers several practical characteristics:
- Integrated battery storage and inverter functionality.
- 1000W rated pure sine wave AC output.
- 2009.6Wh nominal LiFePO4 battery capacity.
- Solar charging up to 550W.
- AC charging up to 800W.
- Compact wall-mounted enclosure.
- Built-in overcharge, sobredescarga, sobrecorriente, short-circuit, and overtemperature protection.
These features make it a candidate for evaluation in small-scale energy storage projects where the electrical requirements align with the product specifications.
7. Preguntas frecuentes
Q1. What is the rated output power of the EH-56?
The EH-56 has a rated AC output power of 1000W and uses a pure sine wave output waveform.
Q2. What is the battery capacity?
The specification lists a nominal energy capacity of 2009.6Wh and a typical battery capacity of 314Ah.
Q3. Can the EH-56 be charged with solar panels?
Sí. The system supports solar charging up to 550W, with an MPPT voltage range of 13–55V DC and a maximum PV open-circuit voltage of 56V DC.
Q4. Does it support AC charging?
Sí. The datasheet specifies maximum AC charging power of 800W.
Q5. Can solar and utility power charge the battery at the same time?
The specification lists a maximum combined utility and solar charging power of 800W. The total charging power should not be assumed to exceed this stated limit.
Q6. What is the operating temperature range?
The specified operating temperature range is -10°C to +50°C. Installation and use should follow the manufacturer’s environmental and safety instructions.
Q7. What are the product dimensions?
The product dimensions are 500 × 360 × 90mm, and the net weight is 18.8kg.
Q8. Is it suitable for whole-home backup?
No necesariamente. The system is rated at 1000W AC output. Its suitability depends on the home’s load requirements and the appliances that need backup power. It should not be assumed to support all household appliances simultaneously.
Conclusión
The EH-56 Wall-Mounted All-in-One Energy Storage System combines a 1000W rated inverter output with a 2009.6Wh LiFePO4 battery in a compact wall-mounted enclosure. With solar charging up to 550W, AC charging up to 800W, pure sine wave output, and multiple listed protection functions, it offers an integrated option for selected backup-power and small-scale solar energy storage applications.
For installers, distribuidores, and OEM buyers, the next step is to match the system’s electrical ratings with the intended load profile, verify solar panel compatibility, and confirm the technical and compliance documentation required for the destination market.
Looking for a compact all-in-one energy storage solution for your project? Contact our team to discuss application requirements, technical specifications, and product availability.