WHAT IS THE BATTERY ENERGY EFFICIENCY CLASSIFICATION?
LiFePO4 lithium batteries for storage systems
The new storage systems are composed of latest generation LiFePO4 lithium ion batteries. Lightweight and compact, they are able to store the energy generated by the photovoltaic system and supply it when required. In the evening hours, they limit the consumption of energy taken from the grid to a minimum. Lithium battery storage systems are mostly used in domestic photovoltaic systems where energy storage ranging from 3 kWh up to 10-15 kWh is required.
Typically these latest generation storage systems are modular, in the sense that it is possible to purchase and connect multiple battery modules in parallel in order to increase the capacity of the energy reserve.
The lithium iron phosphate (LiFePO4) battery (also called “LFP” for short) is a type of rechargeable, lithium ion battery that uses lithium iron phosphate as the cathode material.
LiFePO4 batteries are still batteries that use lithium chemistry, therefore they share advantages and disadvantages with it.
The key advantages of LiFePO4 batteries, compared to LiCoO2, are:
- greater thermal resistance
- greater resistance to aging,
- higher peak current
- the use of iron which, unlike cobalt, has a lower environmental impact.
The average life of the LFPs, if used at 90% of the nominal capacity, well exceeds 2,000-10,000 complete cycles of useful life, even if subjected to large loads, they give excellent voltage stability. They are subject to low aging even if kept at high temperatures. The cells are commercially available in different formats which make them particularly suitable for making traction batteries in the most popular sizes of 100 / 200 / 300 / 400 / 500AH.
A photovoltaic battery must be reliable for many years, only in this way can it be economically sustainable. Our LiFePO4 batteries are designed to last 2000-10000 cycles depending on the model and use.
BATTERY RACK SINGLE PHASE LOW VOLTAGE
- Latest generation accumulator, which offers maximum safety and long life even with regular deep discharges.
- The solar storage is equipped with a battery management system (BMS) integrated into each individual module.
- It can be mounted in cabinets or with accessory holders on top of each other or vertically next to each other.
- The system is modular and can therefore be customized to meet the needs of your home or commercial business.
- Installation of up to a maximum of 10 units.
Higher specific energy
8000 charge and discharge cycles
Intelligent BMS to optimize energy yield
Easy Installation
Modular up to 10 batteries in parallel
Environmental protection and no pollution
WALL BATTERY
LOW VOLTAGE SINGLE PHASE
Higher specific energy
8000 charge and discharge cycles
Intelligent BMS to optimize energy yield
Easy Installation
Modular up to 10 batteries in parallel
Environmental protection and no pollution
BATTERIA PAVIMENTO
ALTO VOLTAGGIO TRIFASE
Energia specifica
più alta
8000 Cicli di carica e
scarica
BMS intelligente per
ottimizzare la resa
energetica
Facile
Installazione
In Parallelo da 2 unità fino
a un massimo di 4 Unità con Combiner Box Obbligatorio
Protezione
dell'ambiente e nessun
inquinamento
Higher specific energy
8000 charge and discharge cycles
Intelligent BMS to optimize energy yield
Easy Installation
From 2 units up to a maximum of 4 Units [Mandatory Combiner Box]
Environmental protection and no pollution
COMBINER BOX
PLUG & PLAY WALL BATTERY
THREE-PHASE HIGH VOLTAGE
2.5kw modules (up to 8 modules)
Modular design, no wiring required
Easy Wi-Fi connection anytime and anywhere via APP
28kg battery module, easy installation
Up to 4~8pcs battery modules connected in series.
Remote update and simple maintenance
Intelligently identifies the master-slave batteries without DIP address
