H11 Systems
Solar Consumption Variant Machine
H11 SCVM™
H11 SCVM V1 combines a selective absorber, phase-change thermal mass, thermoelectric extraction, and a mechanically governed expansion stage inside one passive solar-consumption architecture.
Distinguishes total solar consumption from electrical efficiency
Built from ordinary materials as a passive physical prototype
Activates optical, thermal, electrical, and structural domains without software
System Overview
H11 SCVM is a research-stage proof-of-existence machine designed to demonstrate complete assignment of captured solar energy without claiming complete conversion into electricity. It uses ordinary buildable materials and four deliberately active physical domains.
The machine captures incoming radiation, stores and stabilizes the resulting heat, extracts a smaller electrical output at temperature-gradient zones, converts thermal expansion into mechanical work, and keeps residual energy inside governed thermal pathways.
A blackened selective absorber and non-imaging concentrator route sunlight into an aluminum or copper thermal mass containing phase-change material. Thermoelectric strips operate across hot-to-cool interfaces, while a bimetal, bellows, spring, or flywheel stage consumes expansion energy. Internal fins and spreaders keep residual heat assigned and controlled as the machine returns toward ambient conditions.
Capabilities
Each page below is derived from the whitepaper content in the workspace and reframed as a deployment-facing product profile for H11 Systems.
Passive optical capture and routing
Phase-change peak-temperature buffering
Secondary thermoelectric output
Thermal-expansion mechanical work
Internal residual-heat stabilization
Continuous operation without software or grid control
SCVM V1 physical stack
Covered selective absorber and reflective concentrator
Metal thermal mass with embedded phase-change cartridges
Thermoelectric strips positioned at temperature gradients
Bellows, bimetal, spring, or flywheel expansion stage
Internal heat spreaders and governed convection paths
Applications