The ETEC Powerbox is a compact yet robust energy solution for construction sites and temporary locations without a fixed electricity connection. Thanks to its solid design and integrated lifting eyes or optional pallet fork slots, it is easy to transport and highly flexible for use across a wide range of locations.

This system serves as a powerful, zero-emission energy source, capable of running an electric excavator such as the ETEC E36c completely independently for up to a week. This makes the Powerbox especially suitable for sustainable construction projects, particularly in urban or environmentally sensitive areas where emission reduction is essential.

Optionally, the ETEC Powerbox can be equipped with an integrated DC fast charger with a charging capacity of up to 200 kW charging power allowing electric machines to be recharged at lightning speed.

The ETEC Powerbox excels in versatility, reliability, and sustainability. It offers much more than just power on construction sites. Thanks to its modular design and intelligent technology, the Powerbox is suitable for a wide range of applications where sustainable, zero-emission energy is essential:

✅ Mobile charging station for electric vehicles, machinery, and tools
✅ Temporary power supply for events, festivals, and temporary installations
✅ Grid buffering to prevent overload of the electricity network

With its optional integrated DC fast charger of up to 200 kW, the Powerbox enables ultra-fast charging. This makes it fully prepared for the energy demands of tomorrow: powerful, future-proof, and completely emission-free.

Hybrid Power Setup for Maximum Flexibility
The Powerbox can also be combined with a generator, creating a hybrid energy configuration. This offers extra security and flexibility, even during peak loads or at sites with limited grid access.

Another unique advantage: the Powerbox can serve as an energy buffer. This means that even with a small grid connection, you can charge high power levels, eliminating the need for large grid connections. As a result, fully electric equipment can be deployed even in remote or grid-constrained locations.