Technology
How SWB Delivers 24/7 Power
Addressing “Renewable Deficiencies” (Intermittency) with a hybrid wind + solar architecture and multi-storage energy recycling.
The Solution
Special Aerospace Compounder (SAC) + Tri-Storage
SWB integrates Hybrid Wind, Solar PV (light), Solar CSP (thermal), and the Special Aerospace Compounder (SAC) to generate, store, and distribute on-demand, uninterruptible, non-intermittent power.
Efficiency
Designed to Recycle More Energy
70%
Energy entropy recycling
Recovering and recirculating mechanical, thermal, chemical, and electrical energy to reduce waste and improve system output.
60%
Wind production boost
Hybrid configuration and drivetrain strategy designed to increase usable wind energy versus stand-alone turbines.
Tri-storage
Air / Salt / Liquid
Compressed air medium, cold liquid air, and hot molten salt storage to support grid-ready, dispatchable power.
This architecture is engineered to deliver reliable power across variable weather conditions while targeting comparatively lower levelized cost of electrical energy (LCoEE).
How the System Works
A simplified view of the SWB energy pathway—from capture to storage to distribution.
01
Capture
Hybrid wind turbine + Solar PV + Solar CSP dish capture energy across multiple modalities (mechanical, electrical, thermal).
02
Compound
The Special Aerospace Compounder (SAC) enables thermodynamic cycling to extract and recirculate energy for higher utilization.
“We’re engineering SWB to solve intermittency without relying on a single storage pathway—enabling dependable renewable power when it’s needed most.”
03
Store
Tri-storage (compressed air medium, cold liquid air, hot molten salt) buffers variability and supports dispatchable output.
04
Distribute
Multi-distribution to the Grid, EV charging stations, mini-grids, and household loads—designed for 24/7/365 reliability.
05
Boost Wind Availability
The waste from SAC is used in boosting the wind power availability for the wind turbine to harvest. 500% wind power availability increase seen in our ongoing analysis.
