restorative and regenerative by design

Production of electric vehicles in on the rise. As more electric vehicles are built the number of Lithium ion batteries entering the waste stream will increase as the batteries reach end-of- life. Sending valuable resources to landfill poses risks to both human and environmental health and leads to unpredictable pricing increases, supply chain risks and growing pressures on virgin materials.

Our solution - Repurpose EV batteries to create a portable, low emission, power source that can be used to power your business, home or event.


beyond recycling

In the traditional waste management system, materials move through a linear “make-use-dispose” process where they are manufactured from raw resources, consumed and ultimately sent to landfill. This model of consumption has become part of our culture. It has resulted in a 19 per cent increase in absolute greenhouse gas emissions between 1990 and 2014 as the amount of waste disposed in landfills has increased.


We go beyond recycling. The goal is not just to design for better end-of-life recovery, but to minimize the use of raw materials and energy through a restorative system. Waste is minimized and resources are kept within the economy. If the lifetime of ev batteries could be increased by 10 years Greenhouse Gas emissions could be reduced by aproximately 56%



we leverage the use of second life ev batteries to provide a robust, compact and cost-effective clean energy alternative



silent, reduced emission, portable provides more flexibility for on-demand power. silent, reduced emission, portable provides more flexibility for on-demand power. silent power means longer operating hours, no expensive cabling and clearer sound.


portable battery units that can be easily stacked and towed. sized to 48kwh capacity with output power of 15kw and a runtime of 8 hours at 40% load (6kw).