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TVP - Model MT-Power -Thermal Vacuum Power Charged Technology
MT-Power is Thermal Vacuum Power Charged™: revolutionary, high-end, high-vacuum flat solar thermal panel designed as an ideal thermal energy source for large-scale applications between 80°C and 180°C such as: air conditioning, desalination, and process heat.
- Designed to operate above 100°C in large-scale deployments
- Flat for more active surface, high-vacuum for best performance
- Embedded return HTF flow to maximise deployment scalability
- Corrosion-proof all-metal casing for any environment
- Made with materials qualified for long-lasting high-vacuum operation
- Spot-Check™ to visually verify vacuum insulation
- 100% recyclable
- Lowest cost per Watt(thermal)
- Highest peak performance: 500 Wth/m2 at 180°C (Tamb = 30°C)
- Highest yearly average output: due to maximum diffuse light capture
- Long durability: no degradation of performance over long-lasting product lifetime
- Zero panel maintenance: no need for precision cleaning and no serviceable mechanical parts
- Superior design for solar fields: minimizes footprint and balance of system, as well as easing installation
Thermal Vacuum Power Charged™ family of technologies are designed to make, maintain, and inspect the high-vacuum in TVP flat panels, key to the industry-best sun-to-thermal efficiency. Make: innovations in manufacturing process & equipment, as well as materials such as the patented inorganic, flexible glass/metal seal to resist mechanical stresses and contain the vacuum. Maintain: novel use of materials qualified for long-lasting high-vacuum products, and a patented selfregenerating getter pump assembly to preserve high-vacuum insulation and high performance over panel lifetime. Inspect: patented visual verification tool inside TVP panels showing high-vacuum state for easy deployment troubleshooting. Thermal Vacuum Power Charged™ panels harness the full power of solar thermal technology – providing unrivalled performance for any thermal application in any climate condition, without concentration.
