Contacts
Harness the Power of the Steppe
Energy Resilience for Ukraine
WHY?
Traditional infrastructure relies on large, centralized hubs. A single strike can disrupt entire districts, leaving communities without water, communications, and basic humanitarian services.
Damage to substations and transmission lines leads to large-scale outages that can last for days or weeks, leaving critical services without backup power just when they need it most. Diesel generators have become a temporary solution, but they create new logistical risks: constant need for fuel, complex maintenance, noise, high operating costs, and dependence on supplies in crisis conditions.
hours of average emergency shutdown
households at risk of losing water supply
generator costs - logistics and fuel
Crisis&InfrastructureConflict
01 - 04
Energy Grid Strikes
Ukraine remains in a position where its energy infrastructure is regularly under attack. Centralized networks built for peacetime no longer guarantee a stable supply of electricity, water, and communications to communities. When power goes out, water pumps, communication points, and humanitarian hubs stop working. This directly impacts security, evacuation coordination, and people’s access to basic services.
SOLUTION
The Solid - State Microgrid
Autonomous hybrid power system for critical infrastructure
We are implementing a silent decentralized microgrid designed to operate in unstable energy infrastructure.
Primary Generation
Harness the Ukrainian Steppe through motionless wind power Generation technology.
Augmentation
Monocrystalline solar arrays optimized for peak solar output in July and August.
Storage
LiFePO4 battery bank paired with a 5kW hybrid inverter to prioritize water wells and communication hubs.
Strategic
Implementation - Roadmap
6 months to community energy sustainability
The project is being implemented in phases, from partner mobilization to full launch of the autonomous microgrid.
Each phase directly impacts the ability of communities to maintain water supply, communications, and critical services during energy crises.
Mobilization
00 - 01 month
Formation of local partnerships, technical planning and preparation of sites for system installation.
- Community Needs Assessment
- Infrastructure Audit
- Coordination with Local Teams
- Logistics and Security Preparation
Procurement of energy equipment and preparation of systems for transportation and installation.
- Wind modules
- Solar panels
- LiFePO4 batteries
- Hybrid inverters
Procurement and Procurement
02 - 03 month
Installation and Launch
04 - 06 month
Installation, testing and commissioning of the microgrid to ensure stable autonomous operation.
- Equipment installation
- Connection of critical objects
- Load testing
Tiered Impact
Your contribution has a real impact
Each level of support helps build community energy independence.
Funds the “Brain” of the system - the hybrid charge controller that manages wind and solar inputs.
Support the project- Cables and Switching
- Assembly Components
- Site Preparation
- Solar panels
- Charge controllers
- Protection modules
Procures a 5kWh LiFePO4 battery bank for night-time water pumping.
Support the project- LiFePO4
- Hybrid inverter
- Backup systems
- Cables and Switching
- Assembly Components
- Site Preparation
Together we can create an energy system that cannot be easily stopped.
CEO
Dominic Scarangelli
Support the deployment of autonomous microgrids for Ukrainian communities today.
Support the project