Solar Hybrid Solutions & ESS

Future of Energy Storage

Cygni presents the most efficient rooftop solar solution for your home, home, offices, warehouses, apartments, petrol pumps, rural banks etc. Powered by solar panel and Li-ion battery. Cygni brings power smartly to your home and helps you monitor your usage through an app. And the best part is you can save big on your electricity bill.

Block Diagram of Hybrid Solutions

Cygni manifests unwavering commitment to drive the future of EMobility & Energy Storage Systems.

Compact

Battery Life

Safety

Customized

Fast Charging

Smart control system

Tested for All climate conditions

Certified by Govt. organizations

LI-ION Battery for Energy Storage Systems

ESS (Battery Energy Storage System Solutions)

Cygni Presents LI- Ion Battery for Energy Storage Systems used in Data Centers, Telecom, Offices, Industrial Uses, Residential uses and many more applications.

High Energy Density

Superior performance

Long Life

Key Features

Safe Operation
Compact design
High Cycling Service
High temperature performance
Maintenance Free

Eco-Friendly
Sustainability
Fast Charging
Long Life

Product range for ESS

48V

3.12 KWH

Nominal Voltage : 48V

Weight : 29 kg

Capacity : 65AH

Dimension(mm) : 542X275X193

3.84 KWH

Nominal Voltage : 48V

Weight : 35 kg

Capacity : 80AH

Dimension(mm) : 542X275X200

4.70 KWH

Nominal Voltage : 48V

Weight : 45 kg

Capacity : 98AH

Dimension(mm) : 400X300X200

Features

Excellent high temperature performance:

LI-Ion batteries can work normally even under 60°C.

Paralleling use

The battery supports paralleling of multiple battery packs for increased reserve time.

Intelligent monitoring

The monitoring unit checks the charging and discharging current, voltage and monomer battery surface temperature and ambient temperature automatically.

Battery management

The battery system adopts special BMS high performance battery management module which is featured with voltage, current and temperature protection and a preferable communication between the battery system and the host.

High cycle life and deep cycle

For infrastructure powered from high cycle life and deep cycle cost primary energy sources (e.g. diesel generators powered in off-g rid or unreliable grid locations and anywhere energy storage systems are used to reduce CO2 emissions).