| Quantity: | |
|---|---|
RNE-SPHS-300
SOLARAVEN
841912
It pioneers the convergence of solar thermal and smart grid technologies, featuring bidirectional energy exchange capabilities. This hybrid system integrates with home energy management systems to optimize both thermal and electrical flows. During peak sunlight, excess heat powers an organic Rankine cycle micro-turbine, generating 500W of auxiliary electricity. The graphene-enhanced storage tank achieves record-breaking heat retention of 0.8°C loss per day while remaining 40% lighter than steel equivalents. With blockchain-enabled carbon credit tracking and automated demand response signaling, it serves as a cornerstone for net-zero energy buildings.
· Hybrid Inverter Ready: DC coupling allows direct connection to solar PV arrays without conversion losses.
· Thermal Demand Response: Sells stored heat to district heating networks during price peaks.
· Self-Powered Operation: Integrated thermoelectric generator sustains control systems without grid input.
· Digital Twin Integration: Real-time performance simulation through cloud-based 3D modeling.
· Hydrogen-Ready Design: Future-proof connections for green hydrogen combustion backup.
· Energy Communities: Peer-to-peer heat trading in smart neighborhood microgrids.
· Data Centers: Waste heat recovery for adjacent office heating networks.
· Vertical Farms: Combines irrigation heating with CO2 enrichment from thermal decomposition.
1. How much electricity can the ORC turbine generate?
Produces 2-4 kWh daily depending on solar input, sufficient to power circulation pumps and controls.
2. What blockchain protocols are supported?
Compatible with Energy Web Chain and Hyperledger Fabric for carbon credit tokenization.
3. Is the graphene tank recyclable?
Yes, the composite material separates into base components for 98% recyclability at end-of-life.
It pioneers the convergence of solar thermal and smart grid technologies, featuring bidirectional energy exchange capabilities. This hybrid system integrates with home energy management systems to optimize both thermal and electrical flows. During peak sunlight, excess heat powers an organic Rankine cycle micro-turbine, generating 500W of auxiliary electricity. The graphene-enhanced storage tank achieves record-breaking heat retention of 0.8°C loss per day while remaining 40% lighter than steel equivalents. With blockchain-enabled carbon credit tracking and automated demand response signaling, it serves as a cornerstone for net-zero energy buildings.
· Hybrid Inverter Ready: DC coupling allows direct connection to solar PV arrays without conversion losses.
· Thermal Demand Response: Sells stored heat to district heating networks during price peaks.
· Self-Powered Operation: Integrated thermoelectric generator sustains control systems without grid input.
· Digital Twin Integration: Real-time performance simulation through cloud-based 3D modeling.
· Hydrogen-Ready Design: Future-proof connections for green hydrogen combustion backup.
· Energy Communities: Peer-to-peer heat trading in smart neighborhood microgrids.
· Data Centers: Waste heat recovery for adjacent office heating networks.
· Vertical Farms: Combines irrigation heating with CO2 enrichment from thermal decomposition.
1. How much electricity can the ORC turbine generate?
Produces 2-4 kWh daily depending on solar input, sufficient to power circulation pumps and controls.
2. What blockchain protocols are supported?
Compatible with Energy Web Chain and Hyperledger Fabric for carbon credit tokenization.
3. Is the graphene tank recyclable?
Yes, the composite material separates into base components for 98% recyclability at end-of-life.
