The GenCell EVOX generates its own power on-site using hydrogen and ammonia fuel, ensuring 24/7 charging availability independent of the grid. Incorporating a 372 – 500kWh energy storage device with up to 920kWh stored as hydrogen, each EVOX unit delivers 480kWh per day. The solution can service multiple fast DC chargers (50 – 250kW), typically enabling each vehicle to reach a charge of 80% energy capacity within 12 – 30 minutes – anywhere, anytime, independent of the grid. In addition to EV charging, the system’s resilient power can also be leveraged to kick in immediately during outages to back up adjacent facilities, and may even earn an additional source of revenues by selling power to the grid during peak demand.

Yes, the GenCell EVOX™ is zero-emission and fueled by clean hydrogen and ammonia, contributing to a sustainable and green charging solution. Running EVs on electricity generated using fossil fuels maintains and even increases carbon emission levels, in essence cancelling out the benefits of the transition to electric vehicles. As it seems that it will be a long time until the grid transitions to environmentally friendly fuels worldwide, the green alternative to the grid is renewable energy resources. But solar PV and wind which are intermittently available need energy storage to provide power when there is no sun and wind. To provide enough power to charge the growing number of EVs on the roads, another source is needed to ensure that batteries are sufficiently charged, and this is where EVOX complements renewables and batteries to enable reliable, resilient and environmentally-friendly EV charging.

Absolutely, the GenCell EVOX™ is designed for rapid deployment and can be installed in various settings, from remote rural areas to dense urban sites.  Rapid deployment of EVOX stations helps fill the power gap and overcome the EV range anxiety caused by the lack of sufficient EV charging power capacity for the growing pool of EVs on the roads.  Building new EV charging infrastructure is a complex and lengthy process, especially in situations requiring upgrades to the power grid. GenCell EVOX can substitute or supplement grid power, delivering three-phase power to fast DC charging equipment even in locations where the grid provides only single-phase power.

Yes, public policy around the world, starting with leadership from the European Union, followed by an enormous leap by the United States and equivalently strong support from other nations worldwide is directing substantial funds to finance the transition to renewable energy in its different forms, including incentives to expand the use of hydrogen fueling as well as funds designated for EV charging. EVOX is eligible for these funds on both counts.

As an example, in the U.S., the Department of Energy EV and FCEV Manufacturing Tax Credit designates that qualified advanced energy projects, including but not limited to projects that re-equip, expand, or establish manufacturing or industrial facilities that produce or recycle light-, medium-, and heavy-duty EVs, FCEVs, EV charging stations, and hydrogen fueling stations are eligible for a 30% federal tax credit. In parallel, the U.S. Bipartisan Infrastructure Law (BIL) provides $7.5 billion to develop the country’s EV-charging infrastructure.  These initiatives build on the Inflation Reduction Act (IRA) which has provided the U.S. clean energy sector with new and extended tax incentives and other policy support. It represented the single largest climate-related investment by the U.S. government to date, allocating $369 billion for sustainable energy and climate initiatives. The IRA’s clean energy incentives include many provisions for clean hydrogen and fuel cell technologies, either extending many existing federal tax credits, increasing existing federal tax credits, or creating new federal tax credits. Beyond these federal funds, most states offer additional incentives and funding programs for clean energy.

Fueled by hydrogen to provide green power for EV charging in an effort to accelerate the transition to a more sustainable energy sector, GenCell EVOX meets the criteria for all of these funds.

Yes, the GenCell EVOX™ incorporates advanced smart energy management software that optimizes power resources, integrates with other sources, and ensures efficient fuel usage and reliable backup power management. Incorporating smart real-time energy site management software, EVOX manages the allocation of all available power sources and monitors the energy consumed by EV charging to achieve optimal cost, efficiency, and performance. The software integrates the fuel cell operations with other power sources, prioritizes which energy resources to consume according to real-time costs, tracks energy usage in sync with EV charging payment apps, tracks and charges the different billable power sources and manages backup power operations. Using the software over time provides EV charging operators with deep insight into the breakdown of their power costs and expenses and allows them to efficiently allocate the right resources at the right times to ensure good service, satisfy customers, minimize fuel costs and adapt their billing systems to ensure a profitable business model – making EVOX a critical component of their success.