Net Zero Series
Battery-Integrated DC Fast Charger
A world where fast charging is accessible everywhere - a first-of-its-kind bidirectional battery-integrated DC Fast Charger equipped with a 19-inch touch screen, active thermal cooling, and two connectors capable of simultaneous charging.
233 or 466 kWh
Battery Storage
194 kW
Max Output Power
300 - 1000 Vdc
Output Voltage
20 - 80 a
Grid Connection
Net Zero Series
Battery-Integrated DC Fast Charger
A world where fast charging is accessible everywhere - a first-of-its-kind bidirectional battery-integrated DC Fast Charger equipped with a 19-inch touch screen, active thermal cooling, and two connectors capable of simultaneous charging.
233 or 466 kWh
Battery Storage
194 kW
Max Output Power
300 - 1000 Vdc
Output Voltage
20 - 80 a
Grid Connection
Net Zero Series
Battery-Integrated DC Fast Charger
A world where fast charging is accessible everywhere - a first-of-its-kind bidirectional battery-integrated DC Fast Charger equipped with a 19-inch touch screen, active thermal cooling, and two connectors capable of simultaneous charging.
233 or 466 kWh
Battery Storage
194 kW
Max Output Power
300 - 1000 Vdc
Output Voltage
20 - 80 a
Grid Connection
Battery Integrated
233kWh lithium-ion battery packs are actively cooled for enhanced performance and durability. Option to double the battery for up to 466kWh. Higher power output with less power input.
Bi-directional Capability
The battery-to-grid function allows you to sell excess energy during peak hours, generating revenue even when your cars aren't charging.
Bi-directional Capability
The battery-to-grid function allows you to sell excess energy during peak hours, generating revenue even when your cars aren't charging.
Bi-directional Capability
The battery-to-grid function allows you to sell excess energy during peak hours, generating revenue even when your cars aren't charging.
Peak Shaving
Maximize your operating revenue by taking advantage of peak shaving- charge the battery when electricity prices are lowest, and use that energy when pricing is highest.
Peak Shaving
Maximize your operating revenue by taking advantage of peak shaving- charge the battery when electricity prices are lowest, and use that energy when pricing is highest.
Peak Shaving
Maximize your operating revenue by taking advantage of peak shaving- charge the battery when electricity prices are lowest, and use that energy when pricing is highest.
Install with Ease and Simplicity
Net Zero Series is designed to be deployed with ease.
Highly Deployable
Designed with a small footprint and an all in one design. Heavy construction is no longer a necessity for fast charging.
Highly Deployable
Designed with a small footprint and an all in one design. Heavy construction is no longer a necessity for fast charging.
Highly Deployable
Designed with a small footprint and an all in one design. Heavy construction is no longer a necessity for fast charging.
Single Point of Connection
Optional industrial socket connection available.
Single Point of Connection
Optional industrial socket connection available.
Single Point of Connection
Optional industrial socket connection available.
Micro-grid Compatible
Directly compatible with solar and equipped with bidirectional capabilities to power your site or the grid.
Optional
Micro-grid Compatible
Directly compatible with solar and equipped with bidirectional capabilities to power your site or the grid.
Optional
Micro-grid Compatible
Directly compatible with solar and equipped with bidirectional capabilities to power your site or the grid.
Optional
Fully Customizable
Vinyl Wrapping. Custom UI. OCPP 1.6 & 2.0 compliant.
Smart Energy Management Modes
Max Mode
Max Mode delivers the maximum amount of energy and recharges the power storage continuously.
Eco Mode
In Eco Mode, the storage unit will only recharge during off-peak hours.
User Defined Mode
Allows the operator to choose their preferences in charging and discharging the battery according to the different circumstances in their local grid.
Power Reserve Mode
Power Reserve Mode allows for a certain amount of energy to always be kept in the charger. In the case of blackouts, the charger can continue to power vehicles in an emergency.
Battery-to-Grid Mode
In peak hours, the battery can sell energy back to the grid when the battery is relatively full.
Smart Energy Management Modes
Max Mode
Max Mode delivers the maximum amount of energy and recharges the power storage continuously.
Eco Mode
In Eco Mode, the storage unit will only recharge during off-peak hours.
User Defined Mode
Allows the operator to choose their preferences in charging and discharging the battery according to the different circumstances in their local grid.
Power Reserve Mode
Power Reserve Mode allows for a certain amount of energy to always be kept in the charger. In the case of blackouts, the charger can continue to power vehicles in an emergency.
Battery-to-Grid Mode
In peak hours, the battery can sell energy back to the grid when the battery is relatively full.
Smart Energy Management Modes
Max Mode
Max Mode delivers the maximum amount of energy and recharges the power storage continuously.
Eco Mode
In Eco Mode, the storage unit will only recharge during off-peak hours.
User Defined Mode
Allows the operator to choose their preferences in charging and discharging the battery according to the different circumstances in their local grid.
Power Reserve Mode
Power Reserve Mode allows for a certain amount of energy to always be kept in the charger. In the case of blackouts, the charger can continue to power vehicles in an emergency.
Battery-to-Grid Mode
In peak hours, the battery can sell energy back to the grid when the battery is relatively full.
Net Zero Series is ideal for
Net Zero Series is ideal for
Properties with Limited Power
Properties with Limited Power
Properties with Limited Power
Fueling Stations
Fueling Stations
Fueling Stations
National Parks
National Parks
National Parks
Commercial Centers
Commercial Centers
Commercial Centers
Transportation Hubs
Transportation Hubs
Transportation Hubs
A new way to meet the energy demands of tomorrow
Net Zero Series Specs
Net Zero Series
Net Zero Series +
Battery Capacity
233kWh
Battery Capacity
233kWh
Battery Capacity
233kWh
Battery Capacity
2 * 233kWh
Battery Capacity
2 * 233kWh
Battery Capacity
2 * 233kWh
Usable Energy (SAT)
208kWh
Usable Energy (SAT)
208kWh
Usable Energy (SAT)
208kWh
Usable Energy (SAT)
2 * 208kWh
Usable Energy (SAT)
2 * 208kWh
Usable Energy (SAT)
2 * 208kWh
Grid Connection
44kW
Grid Connection
44kW
Grid Connection
44kW
Grid Connection
44kW
Grid Connection
44kW
Grid Connection
44kW
Battery Output Power
DC Max 150kW
Battery Output Power
DC Max 150kW
Battery Output Power
DC Max 150kW
Battery Output Power
DC Max 150kW
Battery Output Power
DC Max 150kW
Battery Output Power
DC Max 150kW
Max Output Power
150kW + 44kW
Max Output Power
150kW + 44kW
Max Output Power
150kW + 44kW
Max Output Power
150kW + 44kW
Max Output Power
150kW + 44kW
Max Output Power
150kW + 44kW
Input Voltage
3Phase 480VAC +/- 15%
Input Voltage
3Phase 480VAC +/- 15%
Input Voltage
3Phase 480VAC +/- 15%
Input Voltage
3Phase 480VAC +/- 15%
Input Voltage
3Phase 480VAC +/- 15%
Input Voltage
3Phase 480VAC +/- 15%
Output Voltage
300V~1000V
Output Voltage
300V~1000V
Output Voltage
300V~1000V
Output Voltage
300V~1000V
Output Voltage
300V~1000V
Output Voltage
300V~1000V
Photovolatic Input
300-825Vdc, Max 30kW
Photovolatic Input
300-825Vdc, Max 30kW
Photovolatic Input
300-825Vdc, Max 30kW
Photovolatic Input
300-825Vdc, Max 30kW
Photovolatic Input
300-825Vdc, Max 30kW
Photovolatic Input
300-825Vdc, Max 30kW
Dimensions (LxWxH)
91 x 32 x 93 inches
Dimensions (LxWxH)
91 x 32 x 93 inches
Dimensions (LxWxH)
91 x 32 x 93 inches
Dimensions (LxWxH)
91 x 32 x 93 inches
Dimensions (LxWxH)
91 x 32 x 93 inches
Dimensions (LxWxH)
91 x 32 x 93 inches
Weight
7,055 lbs
Weight
7,055 lbs
Weight
7,055 lbs
Weight
7,055 lbs
Weight
7,055 lbs
Weight
7,055 lbs
Configurations
CCS / NACS
Configurations
CCS / NACS
Configurations
CCS / NACS
Configurations
CCS / NACS
Configurations
CCS / NACS
Configurations
CCS / NACS
Adaptive Power Capability
160 kW
170 kW
180 kW
194 kW
194 kW
Max Power Out
194 kW
Current Draw
65 A
Breaker Sizing
80 A
Battery Recharge Time
5 hrs
Adaptive Power Capability
160 kW
170 kW
180 kW
194 kW
194 kW
Max Power Out
194 kW
Current Draw
65 A
Breaker Sizing
80 A
Battery Recharge Time
5 hrs
Adaptive Power Capability
160 kW
170 kW
180 kW
194 kW
194 kW
Max Power Out
194 kW
Current Draw
65 A
Breaker Sizing
80 A
Battery Recharge Time
5 hrs
The future of EV Charging starts here
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The future of EV Charging starts here
Subscribe to keep up with the latest industry and XCharge North America news, updates, events, and more!
The future of EV Charging starts here
Subscribe to keep up with the latest industry and XCharge North America news, updates, events, and more!