Waste Heat to Electricity: Novacab TESS-ORC White Paper
Download the Novacab white paper on TESS-ORC technology. Learn how to convert low-temperature waste heat into reliable, clean electricity.
Maximizing Energy Efficiency: Converting Industrial Waste Heat into Electricity
Executive Summary: The global market for Organic Rankine Cycle (ORC) technology is projected to reach significant growth by late 2026 as industries move toward carbon-neutral operations. This white paper details the integration of the Novacab Thermal Energy Storage System (TESS) with advanced ORC technology.
Traditional systems often struggle with intermittent heat sources. The Novacab solution solves this by decoupling heat supply from electricity generation, allowing facilities to store thermal energy and dispatch it during peak demand periods. Whether managing waste heat from Combined Heat and Power (CHP), geothermal energy, or solar thermal applications, the TESS-ORC system provides a resilient, high-efficiency path to energy recovery.
What You Will Learn in This White Paper:
Operational Principles: How Synthetic Phase Change Materials (SPCM) enable long-term thermal storage.
Efficiency Benchmarks: Performance analysis comparing waste heat at 125℃ vs. 225℃.
Economic Viability: A 3D simulation analysis of payback periods based on electricity pricing and heat source temperatures.
Technical Specifications: Detailed breakdowns of turbo-expanders, condensers, and power electronics for grid compatibility.
