Products

Hot Water Storage Tanks of MS/SS are designed to work for a pressurized/non-pressurized system. The MS tanks have a special ceramic coating which prevents corrosion. For applications with higher TDS water, we manufacture specially designed tanks with SS Calorifiers. These tanks are insulated with 50 mm thick rockwool insulation and aluminum cladding.

Water storage tanks are adapted to the advanced technology of vitreous enamel inner tank, which fuses to solid steel at about 900°C . The result is a smooth and tough surface that effectively resists the corrosive attacks of hot water chemicals, thus ensuring a long life span of water tank, especially suitable for the areas of hard water. Insulation protection CFC free polyurethane foam insulation is injected and surrounds the inner tank, filling the space between the inner tank and outer tank thus providing an exceptionally good heat retention barrier. This helps to reduce the energy cost by minimizing standby heat loss Electric Element Low density Incoloy 800 immersion type element ensures long lasting performance with choice of various heat input (KW) offering different hot water recovery rates. Anode Protection Each tank is provided with a magnesium anode rod to protect it against corrosion, a process well proven in years of application. Safety Protection Each tank is provided with a pressure and temperature relief valve (P/T valve). It protects the tank against excessive pressure and temperature by releasing its contents safely to the floor trap via the drain pipe. Wide Application Water tank can be working standalone as an electric water heater, and it can also be working with solar collector, heat pump, gas, etc.

Water source heat pumps (WSHPs) harness the consistent temperature of nearby water such as lakes, rivers, aquifers, or man made systems like cooling towers to deliver efficient, sustainable heating and cooling. By using water as the heat exchange medium, these systems achieve higher efficiency than air-based alternatives and provide year-round comfort at lower operating costs. Applications Water source heat pumps are ideal for: Commercial Buildings – Offices, hotels, shopping centers, and data centers. Multi-Residential Properties – Apartments, condominiums, and student housing. Public Institutions – Hospitals, schools, and universities. Industrial Facilities – Where large volumes of heating or cooling are required. District Energy Systems – Shared heating/cooling across multiple buildings. How They Work Water Loop or Natural Source – The system draws from a stable water temperature environment. Heat Pump Units – Individual or centralized units transfer heat between the water loop and the building. Heating & Cooling – In winter, the system extracts heat from water and transfers it indoors; in summer, it reverses the process to provide cooling. Our Water Source Heat Pump Solutions Closed-Loop Systems – Water circulated through underground pipes or cooling towers. Open-Loop Systems – Directly use natural water bodies or aquifers. Hybrid Designs – Combine with boilers, chillers, or renewables for maximum flexibility. Commercial & District Applications – Scalable solutions from single buildings to large networks.

EVI Air Source heat pumps transfer heat from the ambient air to water, providing hot water up to 60°C. The unique Low ambient-temperature heat pump is widely used for house warming. With innovative & advanced technology, the direct- heating heat pump can operate very well at -25°C ambient temperature with high output temperatures up to 60°C, which ensures the compatibility with normal sized radiator based systems without supplementation.

Super high temperature heat pumps are designed for demanding applications where standard heat pumps can’t deliver. Producing water temperatures of up to 110°C, they are an efficient, low-carbon alternative to traditional boilers ideal for retrofits, industrial processes, and district heating networks. Why Choose a Super High Temperature Heat Pump? Delivers up to 110°C – Perfect for existing radiator systems and industrial applications. Retrofit Friendly – Integrates with legacy heating infrastructure. Boiler Replacement – Reduce reliance on gas, oil, or coal-fired boilers. Energy Efficient – Uses renewable sources (air, water, ground, or waste heat) to cut operating costs. Carbon Reduction – Helps meet climate goals and sustainability targets. Applications Super high temperature systems are ideal for: District Heating – Supplying high-grade heat to multiple buildings. Industrial Processes – Food, beverage, chemical, and textile industries. Hospitals & Care Facilities – Reliable hot water and heating at scale. Older Buildings – Works with existing high-temperature radiator systems. Public Infrastructure – Schools, universities, and government facilities. Our Super High Temperature Solutions We offer tailored designs to meet your exact requirements: Air-to-Water High Temp Systems – Flexible and scalable. Water Source & Waste Heat Recovery – Capture and reuse industrial heat. Hybrid Configurations – Combine with boilers or CHP units for maximum reliability. Industrial-Scale Custom Solutions – Engineered for continuous, heavy-duty operations. Benefits for Your Facility Lower Energy Bills – Significant savings compared to fossil-fuel boilers. Future-Proof – Align with upcoming emissions regulations and ESG commitments. Funding Opportunities – Eligible for government incentives and carbon-reduction grants. Reliable Operation – Engineered for 24/7 industrial and commercial use. Sustainability – Make real progress toward Net Zero targets.

Geothermal HVAC and power systems use earth’s temperature for heat exchange. While temperature variation occurs in atmosphere, temperatures underground remain constant. Geothermal HVAC system, an electrically powered heat pump cycles fluid, usually water or refrigerant, through long loops of underground pipes. It is through this process that heat is transferred from ambient air in the building to the ground and vice versa.

Ultra High Temperature Heat Pumps push the boundaries of renewable heating technology. Delivering water and process heat at temperatures above 100°C, these systems are built for industries and large-scale facilities that require reliable, cost-effective, and sustainable high-grade heat. Why Ultra High Temperature? Up to 120°C (or higher) – Ideal for demanding industrial and district heating applications. Boiler Replacement – A sustainable alternative to gas, oil, or coal-fired systems. High Efficiency – Advanced heat pump technology provides maximum output with minimum energy. Low Carbon Solution – Cut emissions while meeting corporate and government climate targets. Scalable – Capable of supporting everything from single facilities to large heat networks. Key Applications Ultra high temperature heat pumps are engineered for: District Heating Networks – Supplying entire neighborhoods with renewable high-grade heat. Industrial Process Heating – Food and beverage, chemicals, textiles, paper, and pharmaceuticals. Large Commercial Buildings – Hospitals, universities, and multi-residential complexes. Retrofit Projects – Replacing legacy steam and boiler systems without compromising output. Our Ultra High Temperature Solutions We design and deliver bespoke systems to meet your operational demands: Industrial-Scale Air-to-Water Heat Pumps – Flexible and powerful. Water Source & Waste Heat Recovery Systems – Capture and reuse heat from existing operations. Hybrid Configurations – Seamless integration with existing boiler or CHP systems. Custom-Built Systems – Engineered for complex or large-scale industrial environments. Benefits That Make the Difference Reduce Energy Bills – Cut fuel costs with efficient renewable heat. Meet Net Zero Goals – Eliminate reliance on fossil fuels. Future-Proof Your Operations – Align with evolving environmental regulations. Long-Term Reliability – Heavy-duty systems designed for continuous industrial use. Access to Incentives – Many regions offer grants or subsidies for renewable industrial heating.

High temperature heat pumps deliver efficient heating at water temperatures up to 80°C making them the perfect choice for buildings and facilities that need more than standard low-temperature systems can provide. They’re ideal for retrofitting older properties with existing radiator systems, as well as for commercial and industrial operations requiring reliable high-grade heat. Why Choose a High Temperature Heat Pump? Delivers Up to 80°C Water – Perfect for traditional radiators and hot water needs. Retrofit Friendly – Works with existing heating infrastructure, reducing upgrade costs. Energy Efficient – Uses renewable energy from the air, ground, or water to reduce bills. Carbon Reduction – Cut reliance on fossil fuels and meet sustainability targets. Reliable Performance – Engineered for heavy-duty, continuous operation. Applications High temperature heat pumps are designed for: Older residential buildings with radiator systems Commercial offices, hotels, and hospitals Industrial facilities requiring hot water or process heating Multi-residential and district heating networks Schools, universities, and public buildings Our High Temperature Heat Pump Solutions We offer tailored systems to suit every type of project: Air-to-Water High Temperature Heat Pumps – Flexible and easy to install. Ground Source High Temperature Heat Pumps – High efficiency with long-term savings. Hybrid Systems – Combine heat pumps with boilers for maximum performance. Custom Industrial Solutions – Designed for large-scale heating and hot water needs. Benefits for Your Business or Facility Lower Running Costs compared to gas or oil boilers. Future-Proof your building against rising energy prices and new regulations. Tax Incentives & Grants may be available for renewable heating upgrades. Sustainability – Aligns with green building standards and ESG commitments.

Swimming Pool Heat Pump is the smart, energy-efficient way to keep your pool at the perfect temperature. Instead of burning fuel, heat pumps draw warmth from the air and transfer it to your pool water delivering consistent heating at a fraction of the cost of traditional systems. Why Choose a Heat Pump for Your Pool? Energy Savings – Uses up to 70–80% less energy than gas or electric resistance heaters. Consistent Temperature – Keeps your pool warm day after day, regardless of weather. Eco-Friendly – Lower carbon emissions and no harmful combustion gases. Durable Design – Built to withstand outdoor conditions and provide years of reliable use. Low Running Costs – Enjoy your pool longer without worrying about skyrocketing bills. Residential & Commercial Applications Home Pools – Extend your swim season comfortably. Hotels & Resorts – Keep guests happy with warm, inviting pools. Health Clubs & Spas – Reliable heating for year-round usage. Community Pools – Cost-effective comfort for large facilities. Our Swimming Pool Heat Pump Range We supply and install systems tailored to your pool size and usage: Standard Heat Pumps – Affordable and efficient for most residential pools. Inverter Heat Pumps – Ultra-quiet operation with advanced energy savings. Commercial-Grade Heat Pumps – Heavy-duty systems designed for high-capacity pools. All-Season Models – Capable of heating even in cooler climates. Key Benefits : Up to 80% lower operating costs compared to gas heaters. Quiet performance for peaceful poolside enjoyment. Automatic controls for easy temperature management. Longer swim season – or even year-round swimming, depending on model.

Commercial Heat Pumps deliver year-round comfort and energy savings in one reliable system. Unlike traditional heating or cooling units, a heat pump transfers heat rather than generating it, making it far more efficient. For businesses, that means lower utility bills, reduced carbon footprint, and consistent performance.

4KW Monoblock Heatpump is a compact, air-to-water heat pump designed to supply heating, cooling, and domestic hot water, ideal for small homes or apartments. The 4kW rating refers to its maximum heating or cooling output.

Monoblock Heatpump is an all-in-one system that integrates all heat pump components—including the heat exchanger, compressor, and circulating pump—into a single outdoor unit, which supplies heating or cooling to a building and/or domestic hot water by connecting directly to the building's water circuit. Unlike split systems, there is no separate indoor unit, simplifying installation and maintenance, and maximizing compactness and efficiency.