Model A Home Storage System 10kWh

Sustainable, powerful and smart, Watt4Ever Model A is designed to optimize the way businesses use energy. Through peak shaving, own-consuming of renewable energy, or simply backing up sensitive systems, Model A battery systems offers energy autonomy in a sustainable way.

– Peak-shaving,
– Savings on the energy bill through energy arbitrage
– Reinforce local grid capacity to allow more EV chargers and PV production
– Storing of solar energy for own consumption

The Model A battery module is compatible with Victron Multiplus II and Victron Quattro inverters, also available on demand. For integration with other inverter technologies please contact us.

For DC/AC power conversion systems, modularity and plug and play system configuration please get in touch by filling out the order.

*The price displayed is exclusive of VAT

€ 9.190,00

Description

Battery packs
Battery chemistry	LiFePO4
Battery pack capacity	4.8 kWh
Depth of discharge	95%
Absorption voltage	28V
Float voltage	27.2V
Discharge voltage	24V
Maximum discharge current	125 Amps
Maximum charge current	75 Amps
Max/Min operating temp.	-5°C/+40°C

Inverter
DC voltage	24V
Power output	3000 VA
Inverter output voltage	230V
DC current	120 Amps
AC transfer capacity	50 Amps

Additional Information
Manufacturer	Watt4Ever
Battery Management System	Watt4Ever
Inverter manufacturer	Victron Energy
System IP rating	IP21-B

The product is an energy storage unit, composed of:

– 2 x 24V 200Ah LiFePO4 lithium batteries;
– 1 Victron Multiplus II 24/3000 or 5000 inverter
– 1 Victron Cerbo GX controller
– 1 Enfluri CT 100 current sensor;
– Battery Management System (BMS)
– DC cables for connection between inverter & batteries
– All necessary housings, cables & connectors

The system is offered in 2 versions:

– enclosed version, in which all elements are provided in a water-tight cabinet
– free-standing, non-enclosed version, in which the battery packs and inverter can be installed
independently (2m distance maximum to be respected between them).