Its past time to deploy distributed, renewable energy systems to address Ukraine’s energy crisis at the local level
Energy efficient and low carbon technologies can offer immediate relief to Ukrainian communities and municipalities and lay the foundation for long term market-based investment in distributed clean generation capacity and Building Back Greener.
Our approach is based on the proven experience of renowned expert Scott Sklar, responding to disasters in places such as Florida, Puerto Rico, and most recently in North Carolina, working with the US Federal Emergency Response Agency (FEMA). In Europe, the CBSE systems have been deployed on the border of Poland and Ukraine to power IDP facilities.
it’s time…
As recently as April 23, 2025 — after Ukraine and Russia agreed to a temporary energy truce negotiated by the United States — Russia destroyed a key energy facility in Kherson, leaving civilians without power. The attack, which included both artillery and drone strikes, continued for more than 24 hours and resulted in the complete destruction of infrastructure essential to the city’s power grid.
…to deploy community level renewable energy systems to Ukraine
For the last three winters, humanitarian assistance organizations and the Government of Ukraine have provided gas generators to households, hospitals, schools, resilience centers, and other beneficiaries across the country. A reported 1.5 million gas generators have been imported to Ukraine. Yet, small-scale renewable generation and storage systems remain absent from the basic needs targeted by humanitarian assistance.
Systems are ready to use…
Based on proven experience of renowned expert Scott Sklar responding to disasters, such as in Florida and Puerto Rico with the US Federal Emergency Response Agency (FEMA), and most recently have been deployed on the border of Poland and Ukraine to power IDP facilities.
Fully Deployable.The “drop and play” systems are designed with easy-to-follow color-coded connectors with icon-based performance software, and supported with remote training and troubleshooting.
Rapid Delivery. Building on the existing humanitarian assistance infrastructure for transport and distribution, we can deliver systems within weeks based on existing relationships with 180 suppliers who are able to respond to emergency procurements.
Immediate power to critical ends uses for Invincibility Centers, Hospitals, IDP centers, supermarkets, drug stores, and doctor’s offices, as well as critical infrastructures such as cell towers, data centers, and pipelines for water, sewage and fuels. End uses include heating and ventilation, lighting, Wi-Fi, refrigeration, appliances, streetlights, and traffic signals.
Tailored to optimize local renewable resource utilization and efficiency while minimizing cost. Over fifty commercially-available hybrid renewable-battery systems from eighteen countries having different electricity outputs and different blends of renewable energy, battery and IT technologies
By blending technologies, we can tailor site-specific solutions that take advantage of locally available renewable resources (sun, wind, hydro, etc.) even during winter. By optimizing loads most efficiently to address critical end use needs, and adding other on-site renewables, energy can be generated reliably to address the most urgent needs and continuity of operations requirements.