Harnessing the constant thermal energy of the earth to deliver ultra-efficient heating, cooling, and water heating for commercial, institutional, and residential developments.
Heating COP up to 9 and Cooling EER up to 7
Low Operating Costs
Geothermal Systems utilize the stable temperature of the earth to provide highly efficient heating and cooling. Sustainergic Tech delivers complete geothermal solutions including feasibility studies, design, and system integration to reduce energy consumption, carbon emissions, and long-term operating costs.
Evaluating soil thermal conductivity, borehole thermal response (TRT), and site geological suitability.
Precision modeling of vertical borehole fields, horizontal loop grids, and surface water heat exchangers.
Pairing ground loops with high-efficiency water-to-water and water-to-air geothermal heat pump plants.
Managing loop field sizing, header manifolds, hydraulic balance, and long-term system optimization.
High-density vertical boreholes (80m to 150m deep) with U-bend HDPE piping. Ideal for commercial office buildings, hospitals, and urban sites where surface land footprint is limited.
Shallow horizontal trenches (1.5m to 2.5m deep) with coiled or straight pipe configurations. Extremely cost-effective for large campus sites, agricultural facilities, and suburban developments.
Extracts water directly from an aquifer well, passes it through an isolation heat exchanger, and reinjects it into a discharge well. Offers high efficiency for sites with abundant water tables.
Submerged closed-loop piping modules placed at the bottom of a nearby lake, pond, or water reservoir. Delivers low installation costs and exceptional thermal heat rejection.
Geothermal heat pumps deliver 4.5 to 5.5 units of thermal cooling/heating for every 1 unit of electricity, outperforming conventional air-cooled systems by up to 50%.
Eliminates noisy roof-top condensers, cooling tower chemical treatment, and evaporative water consumption, preserving roof real estate for solar PV panels.
Directly reduces building Scope 1 and Scope 2 carbon emissions, helping real estate portfolios achieve Net Zero Carbon and ESG compliance.
High-density polyethylene (HDPE) ground loops are warrantied for decades with virtually zero maintenance, providing generational infrastructure value.
Calculating annual building thermal loads, peak heating and cooling demands, and hourly energy profiles.
Developing initial geothermal system layouts, loop field sizing estimates, and heat pump plant specifications.
Conducting test bore drilling, soil sampling, and Thermal Response Testing (TRT) to determine ground conductivity.
Refining geothermal loop parameters, heat exchanger depth, and fluid flow rates using actual TRT empirical data.
Simulating multi-decade ground thermal balance using GLD software to prevent long-term ground thermal depletion.
Designing central heat pump mechanical room, header manifolds, variable-speed circulation pumps, and BMS integration.
Performing hydrostatic loop pressure testing, fluid thermal balancing, and fine-tuning seasonal COP performance.
Hydronic ceiling and floor thermal radiation delivering uniform temperature without draft.
Ultra-thin electric thermal heating cables for luxury residential and commercial comfort.
Certified sustainable building designs, net-zero consulting, and energy optimization.
Closed-loop geothermal borehole networks and ground-source heat pump (GSHP) installations engineered by Sustainergic Tech.
Closed-loop vertical borehole ground heat exchange network drilled into alpine bedrock, providing reliable 20°C indoor thermal conditioning for the legislative assembly complex during extreme -25°C winters.
Sub-surface ground heat exchanger loops coupled with geothermal water-to-water heat pump systems, delivering 100% renewable cooling and heating in Gujarat's hot-dry climate.