Energy storage 25 kWh battery for isolated power system + 3-phase 12 kW inverter + charging control package Lenercom LC-E2-1225T

Solar energy storage

Battery type: LiFePO4
Battery output voltage: 125-600 V
Mains voltage: 360-440 V
Mains frequency: 50/60Hz automatic recognition
Maximum mains power: 13,200 VA
Maximum network current: 19.1 A
Maximum solar input power: 15,600W
MPPT voltage: 125-850 V
System charging and immersion efficiency: 98.2%
Switching time between different energy sources: 20 ms
Up to 10,000 charging cycles
Life expectancy: 10 years

Warranty: 5-year product warranty, 10-year performance warranty

Certificates: CE/TUV
Additional certificates: IEC 62109-1&2, IEC 62477 , EN61000, UN38,3, CEI-021

Operating range: -15 to +50 C
Recommended operating temperature: 25 C (performance may be limited between 0 and 40C)
Operating humidity: 5-95% (precipitation without)
Water resistance: IP21

Unit dimensions:
Inverter: 600x420x820 mm / 65.5 kg
Battery: 600x420x200 mm (1 pack) / 54 kg
Base: 600x420x130 mm / 17.5 kg

The price of the device does not include conversion costs, if the smart meter cannot be installed between the service meter and the apartment distributor without conversion.
If the connection fails due to a non-standard apartment distributor, in which case the manufacturer cannot guarantee the operation until the distribution cabinet is converted in accordance with the legislation. In case of failure, the installer may charge an extra exit fee due to the repeated exit.
If you are not sure that your contractor is actually entitled to Aligvárom Kft. to install inverters distributed by please contact our customer service.

Hybrid energy storage

The growing demands for energy consumption challenge us, and this is where Lenercom's revolutionary new LC-E2-1225T energy storage comes into the picture. This device is not just a simple storage device, but an intelligent, efficient solution that will transform energy management in your home or business.

Solar energy production is a cost-effective and sustainable solution, but the disadvantage is that the energy is available from the sun during the day. The Lenercom energy storage provides a solution for this. Thanks to smart battery management, let the hybrid charge controller and inverter control the path of electricity used in your house. 

Produce electricity with solar panels. Use the generated energy immediately, and use the remaining energy to charge your battery with a capacity of at least 25.6 kWh and a maximum of 46.08 kWh. (in the case of this product, the battery capacity is 25 kWh)
If the solar energy is not enough to charge the batteries, you can prioritize their charge level. The battery can be charged from the mains, a solar panel, or even a diesel generator! This ensures the current need for electricity.

The energy storage and inverter can also be used as an isolated plant, so no mains supply is required, it can also be used as a hybrid . Don't adapt your environment to the energy source, the energy source adapts to your needs! 

The Lenercom electricity storage system has a modular structure, its performance can be scaled according to the user's needs, request an offer Customer service from us!

The equipment consists of three main elements:
- Plinth
- Battery pack(s)
- Inverter

The pedestal is equipped with rollers, so it can be easily moved even apart from the device's hefty weight. The battery packs with a capacity of 5.12 kWh each are placed on top of each other on the pedestal, and the inverter is placed on top. It is important to think carefully about the desired quantity, because the expansion requires a complete battery pack replacement. Of course, you can include the existing battery pack in the replacement, so the amount of investment can be reduced!
The system can be ordered with 3-9 battery packs, depending on the type. This product has 5 battery packs. Due to the design being different from the ad, look for it Customer Serviceus.

Download the Lenercom app for iOS or Android to remotely manage, diagnose or just monitor your system.