Across Texas and other regions, aging wind turbines are being retired while demand for reliable electricity continues to grow. At the same time, hospitals, municipalities, and critical facilities face increasing risks from blackouts, grid congestion, and extreme weather.
KenTech Energy addresses these challenges with modular Energy Pods paired with solar and energy storage — designed to support the grid during normal operation and operate independently during outages.
KenTech deploys containerized Energy Pods that provide dispatchable, scalable capacity closer to where power is actually needed.
Rather than relying on single large assets, KenTech systems use a distributed approach:
• Smaller, modular energy systems
• Paired with solar and energy storage
• Scaled incrementally as demand grows
This approach improves resilience while reducing stress on transmission infrastructure.
Many retired wind sites already include valuable infrastructure such as access roads, cleared land, and electrical interconnection equipment.
KenTech Energy Pods can be engineered to:
(subject to utility review and permitting)
Unlike wind turbines, KenTech systems provide controllable power that can respond to real-time grid needs.
Hospitals and municipal facilities require reliable power at all times — not just during emergencies.
KenTech systems combine:
• Solar parking-lot canopies (dual-purpose energy generation and covered parking)
• Energy Pods with battery storage
• Grid-safe isolation and control concepts
• Reduced grid draw during peak demand
• On-site energy storage for outages
• Ability to prioritize critical circuits
• Scalable deployment without major facility disruption
Unlike many traditional solar installations, KenTech systems are designed to continue operating when the grid is unavailable, depending on site configuration.
KenTech systems are designed to work alongside the grid, not replace it.
• During normal operation, the system reduces grid demand and supports local loads
• During outages, the system can isolate and continue supplying designated circuits
• Systems are engineered with safety and utility coordination in mind
Final interconnection and operating modes are determined by site conditions, utility requirements, and applicable codes.