Headoffice
Suit 200, 2020 Winston Park Dr,
Oakville, ON L6H 6X7
Canada
Eco-Conscious Power for Everyday Applications
ENSEGA – Redefining Small-Scale Energy Storage
ENSEGA revolutionizes energy storage with a biodegradable, non-chemical solution designed for small-scale applications. From car batteries to marine systems, ENSEGA provides consistent, efficient power while supporting sustainability. With a longer lifecycle and no risk of thermal runaway, it’s the smart choice for those looking to reduce environmental impact without compromising on performance.
Main Charactristics
DC Energy | 1200Wh |
Voltage Range | 10.8Vdc to 15.2Vdc |
DC Voltage (Nominal) | 12Vdc |
Nominal Cell Voltage | 6.4~6.6Vdc / Cell (Encapsulated) 1/2 + 0.12V Envelope |
Internal Resistance | <4 mΩ |
Projected Calendar Life | 25 Years |
Projected Cycle Life | 500,000 Cycles |
Operating Humidity | Non-Condensing |
Discharging Cell Operating Temperature | Discharging: -20C ~ +55C |
Charging Cell Operating Temperature | Charging: 0C ~ 50C (0C to 10C current limit 20A charge) |
Communication and Connectivity | Bluetooth / Encontrol device |
Charging Method | CC/CP/VP |
Maximum Charge/Discharge Current | 0.5C (50A) maximum (maximum continuous charging/Discharging current) @25oC |
Mechanical Specifications
Module Casing Material | Plastic Casing |
Weight (kg) | 12 kg |
Dimensions (W x H x D) mm | 326 x 220 x 175 |
ENSEGA 12V/1.2kWh
100% DOD
> 95% RTE (Round Trip Efficiency)
250 Wh/kg at the cell level and 110 Wh/kg at the module level.
Over 500,000 charge cycles for extended use.
Incorporates Encapsulated Hybrid Graphene, Solid State, and Tantalum Capacitors.
Operates between 43.2V to 60.8V, supporting up to 1000V in series connection.
Capable of charging and discharging at high rates, with minimal transmission losses.
Includes thermal runaway prevention, short-circuit protection, and over/under-voltage safeguards.
Biodegradable materials, 100% recyclable.
Main Charactristics
DC Energy | 60Wh |
Voltage Range | 10.8Vdc to 15.2Vdc |
DC Voltage (Nominal) | 12Vdc |
Internal Resistance | <4 mΩ |
Projected Cycle Life | 500,000 Cycles |
Shelf Life | 10 Years (Extendable) |
Projected Calendar Life | 25 Years |
Nominal Cell Voltage | 6.4~6.6Vdc / Cell (Encapsulated) 1/2 + 0.12V Envelope |
Maximum Charge/Discharge Current | 0.5C (20A) maximum (maximum continuous charging current) @25C |
Charging Method | CC/CP/VP |
Technology | Encapsulated Cell |
Mechanical Specifications
Terminal Type | F2 (Faston tab 250) |
Module Casing Material | Plastic Casing |
Weight (kg) | 1.4 kg |
Dimensions (W x H x D) mm | 65 x 95 x 150 |
ENSEGA 12V/60Wh
100% DOD
> 95% RTE (Round Trip Efficiency)
250 Wh/kg at the cell level and 110 Wh/kg at the module level.
Over 500,000 charge cycles for extended use.
Incorporates Encapsulated Hybrid Graphene, Solid State, and Tantalum Capacitors.
Biodegradable materials, 100% recyclable.
Operates between 43.2V to 60.8V, supporting up to 1000V in series connection.
Capable of charging and discharging at high rates, with minimal transmission losses.
Wide Operating Temperature Range
Deployable in Various Environments including High Altitudes
No Thermal Runaway Risk
Main Charactristics
DC Energy | 500Wh |
Voltage Range | 10.8Vdc to 15.2Vdc |
DC Voltage (Nominal) | 12Vdc |
Internal Resistance | <4 mΩ |
Technology | Encapsulated Cell |
Nominal Cell Voltage | 6.4~6.6Vdc / Cell (Encapsulated) 1/2 + 0.12V Envelope |
Maximum Charge/Discharge Current | 0.5C (20A) maximum (maximum continuous charging/Discharging current) @25C |
Charging Method | CC/CP/VP |
Projected Cycle Life | 500,000 Cycles |
Projected Calendar Life | 25 Years |
Shelf Life | 10 Years |
Cell Operating Temperature - Charging | Charging: 0C ~ 50C (0C to 10C current limit 20A charge) |
Cell Operating Temperature - Discharging | Discharging: -20C ~ +55C |
Operating Humidity | Non-Condensing |
Mechanical Specifications
Weight (kg) | 6 kg |
Dimensions (W x H x D) mm | 256 x 200 x 131 |
Module Casing Material | Plastic Casing |
ENSEGA 12V/500Wh
100% DOD
> 95% RTE (Round Trip Efficiency)
250 Wh/kg at the cell level and 110 Wh/kg at the module level.
Over 500,000 charge cycles for extended use.
Incorporates Encapsulated Hybrid Graphene, Solid State, and Tantalum Capacitors.
Operates between 43.2V to 60.8V, supporting up to 1000V in series connection.
Capable of charging and discharging at high rates, with minimal transmission losses.
Includes thermal runaway prevention, short-circuit protection, and over/under-voltage safeguards.
Biodegradable materials, 100% recyclable.
Main Charactristics
DC Energy | 1200Wh |
Voltage Range | 21.6Vdc to 30.4Vdc |
DC Voltage (Nominal) | 24Vdc |
Internal Resistance | <4 mΩ |
Technology | Encapsulated Cell |
Shelf Life* | 10 Years (Extendable) |
Projected Calendar Life* | 25 Years |
Projected Cycle Life* | 500,000 Cycles |
Cell Operating Temperature - Discharging | Discharging: -20C ~ +55C |
Cell Operating Temperature - Charging | Charging: 0C ~ 50C (0C to 10C current limit 20A charge) |
Communication and Connectivity | Bluetooth / Encontrol device |
Charging Method | CC/CP/VP |
Maximum Charge/Discharge Current | 0.5C (25A) maximum (maximum continuous charging/discharging current) @25C |
Nominal Cell Voltage | 6.4~6.6Vdc / Cell (Encapsulated) 1/2 + 0.12V Envelope |
Mechanical Specifications
Module Casing Material | Plastic Casing |
Weight (kg) | 12 kg |
Dimensions (W x H x D) mm | 326 x 220 x 175 |
ENSEGA 24V/1.2kWh
100% DOD
> 95% RTE (Round Trip Efficiency)
250 Wh/kg at the cell level and 110 Wh/kg at the module level.
Over 500,000 charge cycles for extended use.
Incorporates Encapsulated Hybrid Graphene, Solid State, and Tantalum Capacitors.
Biodegradable materials, 100% recyclable.
Operates between 43.2V to 60.8V, supporting up to 1000V in series connection.
Capable of charging and discharging at high rates, with minimal transmission losses.
Wide Operating Temperature Range
Deployable in Various Environments including High Altitudes
No Thermal Runaway Risk
Main Charactristics
DC Energy | 2.5kWh |
Voltage Range | 22Vdc to 29Vdc |
DC Voltage (Nominal) | 24Vdc |
Internal Resistance | < 4 mili Ohms |
Module Projected Shelf Life* | 10 years |
Cells Projected Calendar Life* | 25 years |
Cells Projected Cycle Life* | 500,000 cycles |
Technology | Encapsulated Cell |
Communication | WIFI / Bluetooth |
Operating Humidity | Non-Condensing |
Operating Temperature Range | -20C~ +55C |
Charging Method | CC/CP/VP |
Maximum Continuous Charge/Discharge Current | 50A (0.5C) |
Nominal Cell Voltage | 6.4 ~6.6Vdc / Cell (Encapsulated) 1/2 + 0.12V Envelope |
Mechanical Specifications
Dimensions1(W x H x D) mm | 350 x 200 x 250 |
Weight (kg) | 20 |
Module Casing Material | GI Powdered |
Terminal Type | 150A Terminal Post |
ENSEGA 24V/2.5kWh
100% DOD
> 95% RTE (Round Trip Efficiency)
250 Wh/kg at the cell level and 110 Wh/kg at the module level.
Over 500,000 charge cycles for extended use.
Incorporates Encapsulated Hybrid Graphene, Solid State, and Tantalum Capacitors.
Operates between 43.2V to 60.8V, supporting up to 1000V in series connection.
Capable of charging and discharging at high rates, with minimal transmission losses.
Includes thermal runaway prevention, short-circuit protection, and over/under-voltage safeguards.
Biodegradable materials, 100% recyclable.
