Make your VRF & Chiller the most efficient HVAC system with HTS Panel technology. Harness smart sun-tracking solar thermal energy to slash AC electricity bills by up to 40% with a COP of 6+.
COP 6+ Efficiency
Compared to PV Panels
The HTS Panel connects directly to the VRF outdoor unit or Chiller plant refrigeration circuit via copper piping between the compressor and condenser.
Smart sun-tracking parabolic heat concentrators capture direct solar irradiance to add heat and thermal pressure to the refrigerant gas. By raising the temperature and pressure naturally before the condenser, compressor work is dramatically reduced—enabling the compressor to operate on partial load while saving up to 40% AC electricity (demonstrated across field solar-assisted chiller and VRF monitoring compared to baseline standard operations).
Adds thermal energy to gas between compressor and condenser.
Reduces compressor speed and electrical work during peak hours.
Automated 12V DC stepper motor tracks solar movement for maximum heat focus.
Prevents AC cooling capacity loss during extreme peak summer ambient temperatures.
Dramatically lowers monthly kilowatt-hour consumption for VRF units and central chillers.
Elevates overall system Coefficient of Performance well beyond standard AC design limits.
Compressor runs at reduced partial load speeds, extending mechanical lifespan and lowering wear.
Requires a fraction of the rooftop footprint compared to standard photovoltaic solar panels.
Reduces required HVAC sizing and prevents cooling capacity loss during 45°C+ summer heatwaves.
Eligible for 12% GST rate and accelerated 40% depreciation tax benefits for renewable energy.
Delivers full capital return within ~3 years through guaranteed monthly energy cost savings.
Heavy-duty aluminum enclosure, hardened glass, and EPDM insulation engineered for 15-year operational life.
Auditing AC tonnage, compressor specs, outdoor unit placement, and daily solar shadow angles.
Designing copper refrigeration line taps between compressor and condenser with sun-tracking alignment.
Mounting HTS panels on adjustable stands, tapping refrigeration loops, and wiring 12V tracker sensors.
Verifying refrigerant pressures, sun-tracking calibration, and measuring kW draw savings.
HTS Panel technology has been field tested across 30+ site reports and multiple Indian cities on all major commercial AC brands:
Certified sustainable building designs, net-zero consulting, and energy optimization.
Advanced thermal, daylighting, and airflow simulation for optimized building performance.
Hydronic ceiling and floor thermal radiation delivering uniform temperature without draft.
Solar VRF & Chiller HTS energy-saving retrofits and thermal optimization projects by Sustainergic Tech.
Deployed rooftop hybrid thermal-solar panel arrays connected to central climate systems, cutting peak daytime power draw by 38%.
Advanced hybrid solar thermal installation providing concurrent clean electricity and high-efficiency water heating for campus facilities.
Sustainable institutional rooftop hybrid solar array engineered to optimize energy savings, reduce grid dependence, and supply solar hot water.
Extended hybrid solar-thermal collector array providing round-the-clock zero-emission hot water and auxiliary solar electrical generation.
Grid-integrated high-performance hybrid PV-thermal collector array for public sector township utility heating and peak load reduction.
High-density solar photovoltaic-thermal system delivering co-generated electricity and heat dissipation cooling support for telecom infrastructure.
Large-scale hybrid solar collector installation providing industrial solar pre-heating and rooftop clean electrical generation with enhanced cell efficiency.