The ECO provides clean and lightweight power for electric vehicles. The ECO I can be charged from just 1 hour with shore power or vehicle charging, and in 3.5 hours through driving or solar panels. The ECO all-in-one power supply can supply 230V products (such as socket outlets) and 12V products (such as signalling and lighting) with power.
5-year warranty | Extensive product range
220V AC House connection
12V DC Alternator
Solar System
ECO I
1h 10m
3h 30m
3h 30m
ECO II
0h 55m
3h 30m
3h 30m
ECO II+
1h 50m
7h 00m
7h 00m
ECO III
1h 50m
7h 00m
7h 00m
Charging possibilities
Lithium-ion heat pack
The operating temperature range for LiPo batteries should not fall below -20°C, and similarly, the charging temperature range should not fall below 5°C. To ensure compliance with these requirements, ECO power supply come with a built-in heating system that automatically activates when the temperature drops below the specified limits.
- Extend the service life of the battery cells
- Reduce charging times in low temperature conditions
- Enable the use of Zeliox power supply units in very low temperatures
- Receive temperature notifications through the Zeliox Eco App
Standard built-in.
Insulation guard
Additionally, the insulation guard also aids in preventing any external factors from interfering with the electrical insulation, thus maintaining the quality and performance of the components within.
DCDC Converter
The DCDC converter is an electronic circuit that enables the Zeliox to maintain the required voltage levels for powering various devices, making it an essential component for reliable mobile power supply.
All-in-one
Individual Components
Drawbacks of using individual components include higher costs, complicated installation and setup, and a larger physical footprint.
- Conceptual design of individual components
- Inverter installation
- Battery installation
- Fuse block/holder installation
- Cut-off relay installation
- 220V socket installation
- Wiring of all components
- Other related tasks
Assembly time typically takes around 9 hours.
All-in-one
An ECO all-in-one power supply offers the advantage of higher efficiency, fewer cables, less space usage, quick and easy installation, and eliminates the need to purchase individual components, making it a cost-effective and convenient choice.
- Installation of “All-in-One” ECO
- Installation of charging equipment
Assembly time typically takes around 2 hours.
Front/Rear View
DISPLAY
OPERATION/ERROR DISPLAY
CAPACITY
BUTTONS
220V OUTPUT
MAIN FUSE
INTERFACE
INPUT 220V AC
OUTPUT 220V AC
INPUT 12V DC ALTERNATOR / GENERATOR
SOLAR INPUT
OUTPUT 12V DC
BATTERY EXTENSION
Fixed Solar
Charging your ECO Power supply through solar power on the roof of your commercial vehicle is a sustainable and efficient solution. With solar panels on the roof, you need less traditional energy sources. This not only reduces CO2 emissions, but also lowers energy costs. Furthermore, you contribute to a sustainable future. Make your commercial vehicle even more sustainable and efficient with this free and renewable source of energy.
220V AC House connection
12V DC Alternator
Solar System
ECO I
1h 10m
3h 30m
3h 30m
ECO II
0h 55m
3h 30m
3h 30m
ECO II+
1h 50m
7h 00m
7h 00m
ECO III
1h 50m
7h 00m
7h 00m
ECO App
- Easy Bluetooth connectivity
- Battery capacity status
- Charging status and power
- Output power status
- Location tracking information
- Warning and error messages
- Event storage
- Settings and configurations
Which ECO is right for you?
ECO I
ECO II
ECO II+
ECO III
Power / Capacity
1600 Watts / 1.3 kWh
Built-in DC-DC
converter 30A
Built-in Heat Pack
< 5°C
User-friendly app
Charging while driving
3h 30m
Charging by solar 300W
4h 20m
Charging via shore power 60A
1h 30m
Battery capacity
100Ah
LiFePO4
Connections
230 V AC input ECO power cable
230 V AC output Schuko power socket
12 V DC input Anderson SA50A
12 V DC output Anderson SA50A
Product information
33 kg
225x450x391.5
IP20
Forced air
AC Input (Charge)
175-265 V
45-65 Hz
850 W
AC Output
230 V AC
50/60 HZ
1600 W
Forced air
Power / Capacity
2000 Watts / 1.3 kWh
Built-in DC-DC
converter 30A
Built-in Heat Pack
< 5°C
User-friendly app
Charging while driving
3h 30m
Charging by solar 300W
4h 20m
Charging via shore power 60A
1h 30m
100Ah
LiFePO4
230 V AC input ECO power cable
230 V AC output Schuko power socket
12 V DC input Anderson SA50A
12 V DC output Anderson SA50A
35 kg
225x450x391.5
IP20
Forced air
175-265 V
45-65 Hz
850 W
230 V AC
50/60 HZ
2000 W
Forced air
Power / Capacity
2000 Watts / 2.6 kWh
Built-in DC-DC
converter 60A
Built-in Heat Pack
< 5°C
User-friendly app
Charging while driving
3h 30m
Charging by solar 600W
4h 20m
Charging via shore power 100A
1h 50m
200Ah
LiFePO4
230 V AC input ECO power cable
230 V AC output Schuko power socket
12 V DC input Anderson SA50A
12 V DC output Anderson SA50A
51 kg
303x520x391.5
IP20
Forced air
175-265 V
45-65 Hz
1400 W
230 V AC
50/60 HZ
2000 W
Forced air
Power / Capacity
3000 Watts / 2.6 kWh
Built-in DC-DC
converter 60A
Built-in Heat Pack
< 5°C
User-friendly app
Charging while driving
3h 30m
Charging by solar 600W
4h 20m
Charging via shore power 120A
1h 30m
200Ah
LiFePO4
230 V AC input ECO power cable
230 V AC output Schuko power socket
12 V DC input Anderson SA50A
12 V DC output Anderson SA50A
54 kg
303x520x391.5
IP20
Forced air
175-265 V
45-65 Hz
1700 W
230 V AC
50/60 HZ
3000 W
Forced air
READY TO HELP
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