Description

HYXiPOWER HYX-E50-LR 5.12kWh Low Voltage Lithium Battery

The HYXiPOWER HYX-E50-LR 5.12kWh Low Voltage Lithium Battery is an energy storage solution designed to store electricity for use when it is needed. Suitable for compatible solar energy storage systems, this battery helps homeowners and businesses manage their energy consumption, store excess solar power, and maintain access to stored electricity when solar generation is limited.

Designed for low-voltage energy storage applications, the HYX-E50-LR combines lithium iron phosphate (LiFePO₄) battery technology with an integrated battery management system. It is intended for installations where dependable energy storage, efficient charging, and flexible system expansion are important considerations.

For customers in Kenya looking to invest in solar power, battery storage can help make better use of available solar energy and reduce reliance on electricity from the grid, depending on the design and configuration of the complete system.

Key Features of the HYXiPOWER HYX-E50-LR

• 5.12kWh rated energy capacity: Stores electrical energy for later use in compatible energy storage installations.
• Low-voltage battery design: Uses a nominal voltage of 51.2V for compatible low-voltage systems.
• Lithium iron phosphate technology: Utilises LiFePO₄ cells for energy storage.
• Integrated battery management: Supports battery monitoring and protective functions.
• Expandable storage capacity: Supports parallel connection of up to 16 battery units under the manufacturer’s specified configuration.
• Fast charging capability: The manufacturer advertises 1C charging performance.
• Flexible installation: Supports floor-mounted and wall-mounted installation, subject to the installation requirements.
• Communication interfaces: Supports CAN and RS485 communication for compatible system integration.

Efficient Solar Energy Storage

One of the main benefits of the HYXiPOWER HYX-E50-LR is its ability to store energy for use at a later time. In a compatible solar installation, electricity generated during daylight hours can be used to charge the battery. The stored energy can then help supply connected loads when solar production decreases, such as during the evening or periods of reduced sunlight.

This approach helps users make better use of the electricity their solar panels produce. Instead of depending entirely on immediate solar generation, an appropriately designed system can store available energy for later consumption.

The actual amount of energy available to power appliances depends on operating conditions, system configuration, conversion losses, and the battery’s state of charge.

Lithium Iron Phosphate Battery Technology

The HYX-E50-LR uses lithium iron phosphate battery chemistry, commonly known as LiFePO₄. This technology is widely used in stationary energy storage because of its suitability for repeated charging and discharging.

The battery’s chemistry is one part of an overall energy storage solution. Proper installation, suitable operating conditions, compatible charging equipment, and correct system configuration are also important for achieving reliable performance over time.

For households and businesses investing in solar energy, choosing a battery with a compatible management system and appropriate energy capacity helps create a more practical storage installation.

Battery Management and System Protection

Battery management is essential for the safe and efficient operation of a modern energy storage system. The HYXiPOWER HYX-E50-LR incorporates battery management and protective functions designed to monitor operating conditions and help protect the battery during use.

These functions support the management of charging and discharging, while communication interfaces allow the battery to exchange information with compatible equipment.

For the best results, the battery should be installed according to the manufacturer’s instructions. Appropriate protective devices, correct electrical connections, suitable cables, and compatible inverter settings are essential parts of a properly configured installation.

A qualified solar technician should verify system compatibility before installation or commissioning.

Expandable Capacity for Different Energy Needs

Energy requirements vary between homes, offices, retail shops, and commercial premises. A smaller installation may require less storage, while a larger system may need additional battery capacity to support more demanding energy requirements.

The HYX-E50-LR supports parallel expansion, with the manufacturer specifying configurations of up to 16 batteries. This provides flexibility for installations that need to increase storage capacity over time.

The manufacturer’s catalogue identifies a rated capacity of 5.12kWh per battery. Sixteen units represent a combined nominal capacity of 81.92kWh when configured as specified by the manufacturer.

However, expanding a battery system requires more than simply connecting additional units. The inverter, communication setup, cabling, protection equipment, installation space, and operating limits must all support the intended configuration.

Applications for Homes and Businesses in Kenya

The HYXiPOWER HYX-E50-LR can be considered for compatible residential and commercial energy storage projects.

Residential solar systems: Store electricity generated by solar panels for use during periods of low solar production.

Home offices: Help support selected electrical loads when integrated into a suitably designed backup system.

Retail shops and small businesses: Provide energy storage for compatible installations intended to improve energy management.

Small commercial premises: Support larger storage requirements when multiple battery units are installed in an approved configuration.

Solar energy projects: Form part of a low-voltage energy storage installation designed around a compatible inverter and suitable electrical equipment.

The battery does not independently provide uninterrupted power to every connected appliance. Backup functionality depends on the inverter, system design, available stored energy, and the loads connected to the installation.

Installation and Compatibility

Before purchasing the HYXiPOWER HYX-E50-LR, confirm that your inverter supports this specific battery model and its communication protocol. Battery voltage, charging current, discharge limits, firmware compatibility, and parallel connection requirements should be checked against the manufacturer’s documentation.

Installation should take place in an appropriate environment and follow the specified mounting, ventilation, clearance, and electrical protection requirements. The manufacturer’s documentation should also be consulted for operating temperature limits and other environmental conditions.

Professional installation helps ensure that the battery is correctly integrated with the solar panels, inverter, and electrical distribution system.

Why Choose the HYXiPOWER HYX-E50-LR?

The HYXiPOWER HYX-E50-LR offers a combination of 5.12kWh rated energy capacity, low-voltage operation, LiFePO₄ battery technology, communication interfaces, and expandable storage capability. These features make it worth considering for compatible solar energy storage projects where users want to store electricity and build a system around their energy requirements.

For customers seeking a low-voltage lithium battery for a residential or commercial solar installation, the HYX-E50-LR provides a defined capacity and a scalable approach to energy storage.

Buy the HYXiPOWER HYX-E50-LR in Kenya

At Alynet Solutions, customers can explore energy storage products for residential and commercial applications. Before selecting a battery, consider your daily electricity consumption, the appliances you intend to support, your solar generation capacity, and the amount of backup time you require.

Choose a properly designed energy storage solution to help you make better use of solar power and manage your electricity needs.