LiFePO4 VOLT ULTRA 5 Battery 25.6 V 200 Ah 150 A

Product detailed description

LiFePO4 ULTRA 5 25.6 V 200 Ah 150 A batteries are designed for storing energy generated by a photovoltaic installation.
SOFTWARE LINK – http://voltpolska.pl/PBmsLVTools_V1.38_20241212.rar
They work by storing and then releasing electricity at the right moment. The sun does not shine 24 hours a day, and in most households the highest energy consumption occurs in the morning and evening, when there is the least sunlight. That's why it pays to generate energy under favorable conditions and then use it during peak demand. This allows us to optimize electricity consumption and achieve energy independence. Energy storage systems
ULTRA 5 25.6 V 200 Ah 150 A are widely used both in private premises (family houses) and in public premises (restaurants, hotels, supermarkets, factories, etc.).
Key features: The use of lithium-iron-phosphate (LiFePO4) cells guarantees long service life and safety of the device.
The battery can withstand approximately 6,000 cycles, allowing repeated charging and discharging of the device while retaining at least 60% of its original capacity. This results in long-term durability, which is crucial in applications requiring stable power availability for many years.
The BMS (Battery Management System) monitors various parameters such as voltage, current, temperature, and state of charge. It also protects the device against excessive discharge, overcharging, and extreme temperatures.
The modular design allows energy storage units to be connected in parallel, enabling us to expand the photovoltaic installation in the future and increase capacity in case of increased energy demand. The modern design and compact dimensions allow the device to be installed in practically any interior.
Energy storage – sets The ULTRA-5 25.6 V 200 Ah 150 A energy storage unit works with a solar inverter – models 4000 VA and 6000 VA – in a photovoltaic installation. The system is practical and can be configured according to the enclosed instructions. The cooperation and integration of these components into a single system allows efficient storage and use of electricity under various conditions and applications.
Proper operation of the energy storage unit and the inverter is crucial for the efficient storage and use of electricity, ensuring reliable power supply to devices, and optimal management of energy production and consumption.
*The SINUS PRO ULTRA 4000VA and 6000VA models are designed for the ULTRA 5 25.6 V 200 Ah 150 A energy storage unit model. Why? The built-in BMS system in the ULTRA-5 25.6 V 200 Ah 150 A energy storage unit is designed to be powered by 24 V DC voltage, which is generated by the Ultra 4000 VA and 6000 VA inverters.
What is the purpose of each device in the set? The energy storage device is used to store surplus electricity and enable the user to use it during peak consumption periods, e.g. in the morning and evening.
The inverter is primarily used to convert electrical energy. It converts direct current (DC) from the energy storage unit into alternating current (AC), which can be used to power household electrical appliances, including heating systems (central heating), electronics and household appliances (refrigerators, microwave ovens, televisions), computers, and power tools.
The inverter can perform monitoring, control, and management functions for energy storage operations, such as controlling energy flow and protecting against overcharging or overdischarging. Who is our set intended for?
Our set can appeal to a wide range of consumers who are trying to improve energy efficiency, reduce costs, increase energy independence, and reduce greenhouse gas emissions:
Homeowners or apartment owners: People who own houses or apartments and want to install an energy storage system to reduce their electricity bills, increase energy independence, and minimize their environmental impact by using renewable energy sources.
Companies and businesses: Companies that own buildings and want to install an energy storage system to reduce electricity costs and increase the reliability of energy supply in emergency situations.
Public institutions and organizations: Schools, offices, hospitals, and other public institutions and NGOs that want to install an energy storage system to reduce electricity consumption, reduce operating costs, and increase the reliability of power supply in emergency situations.
IMPORTANT! Technical parameters: Rated voltage: 25.6 V Recommended charging voltage: 28.8 V Rated capacity: 200 Ah
Maximum charging voltage: 29.2 V Energy density: 5120 Wh Recommended charging current: 50 A Maximum continuous current: 150 A
Connector type: Plugin Tightening torque: 8.5 Nm Housing material: SPCC Cycle life (0.2°C, 25°C, 80% depth of discharge): 6,000 cycles
Efficiency: 98% Discharge temperature: (-20 to 55) °C Charging temperature: (0 to 55) °C Storage temperature: (-20 to 45) °C
Self-discharge per month: Less than 3% Dimensions: 510 × 475 × 160 mm Weight: 50 kg We invite you to watch very practical instructional videos:
How to install the application for communication between one of the three energy storage units and a laptop – https://www.youtube.com/watch?v=bVxgm6kBa0w