High-temperature HEAT PUMPS (HTHPs) are designed to provide heat at temperatures significantly higher than standard heat pumps. These systems have diverse applications across various industries, typically where high-temperature heat is required for heating, drying, industrial processes or space heating. High-temperature heat pumps can provide the necessary heat for such processes at energy-efficient levels. HTHPs can be used to recover waste heat from various processes and upgrade it to a higher temperature for reuse within the same system or for heating purposes. This application is particularly useful in reducing energy consumption in energy-intensive industries like steel, glass manufacturing, or power plants. Thus these are increasingly being recognized as a crucial technology for energy efficiency improvements and decarbonisation across many sectors.
Capable of heating fluids/water up to 80°C, suitable for industrial applications and room heating.
Specially designed plate heat exchanger ensures maximum heat exchange efficiency and supports high-temperature applications.
Smart Motorola Chip allows self-diagnosis, advanced error notifications, and trouble-free long-hour continuous operation.
These heat pumps eliminate the need for fossil fuel-based boilers, reducing carbon footprint and ensuring eco-friendly performance.
Enhanced Vapor Injection (EVI) technology ensures high COP and high-temperature output, even in low ambient conditions.
Delivers best-in-class COP of up to 3.6 in low ambient temperatures with high-temperature efficiency.
Our diverse range of products are exclusively designed to meet you and your family’s needs for water heating. Browse through these options and choose one today.
Hybrid Heat Pump Water Heater FPC SOLAR WATER HEATER
Heat pump water heaters are engineered to use renewable energy heat sources from the ambient air to heat water. They work like a refrigerator or air conditioner but in reverse. They are highly energy efficient as most of the energy for heating comes from the external environment and only a fraction comes from electricity. Thus for 1KW electricity consumed the heat transferred will be 3.5 – 4 KW. The amount of electrical energy needed to heat water is greatly reduced thus saving energy.
Heat pump water heaters use a proven energy-efficient technology to heat water for residential use. Switching to a heat pump water heater can reduce your electric water heating costs by up to 60-75%.
The purchase price of a heat pump water heater is generally higher than the cost of a standard electric water heater but the unit typically pays for itself in about 3 years by significantly reducing household energy use, saving you money almost instantly.
Heat pumps can last a lifetime if you maintain them well. When you are buying a heat pump, there are a few things you should consider to ensure that you are getting the right pump for your home. For example, you should check the rating of the heat pump. You should also find out whether it has a warranty. Most manufacturers offer a warranty of 10-15 years. The size of the air conditioning unit should also be sufficient to cool down your home.
Stellar Heat pump water heaters are more interactive than standard electric water heaters. Stellar Heat pump water heater models feature a control panel that allow homeowners to select water temperature and operation mode.
Unlike standard electric water heaters, heat pump water heaters use an air filter that needs to be cleaned periodically to ensure efficient operation. Other maintenance needs are similar to those of standard electric water heaters.
Heat pump water heaters can be installed in a variety of locations, from an unheated garage to a heated utility room, from terraces to balconies. Things to consider include space, sound, air temperature and the unit's size/height. Call us today for additional information.
No heat pumps do not use a lot of electricity. They are highly efficient and are powered by electricity which is much more cleaner than fossil fuels. Let us understand how a heat pump works and why it is so efficient. A heat pump is a device for moving heat around.
The outdoor part of the system does have a fan which draws the air across the internal components and this will make a whirring noise in operation. The amount of noise is compritively lesser than an outdoor unit of Split Air Conditioners .
