TESY Pro 200/260L Hot Water Heat Pump | Domestic Hot Water Heat Pump A with Heat Exchanger

AquaThermica HEAT PUMP OFFER FOR HOT WATER AquaThermica heat pumps utilize heat from the air to produce domestic hot water with minimal electricity consumption. All models have an energy efficiency rating of A and a high seasonal coefficient of performance (SPC) in all weather conditions. HOW DOES A HEAT PUMP WORK? Air-to-water heat pumps represent one of the most efficient alternatives for hot water preparation. These are the main advantages of the TESY heat pump for hot water: They can cover 100% of the house's hot water needs, regardless of the season or weather conditions. The integrated heat exchanger allows the heat pump to be connected to a photovoltaic or solar thermal panel. The products in this range are highly efficient: For every kW consumed, these heat pumps can generate up to 4 kW of hot water. An AquaThermica hot water heat pump uses up to 75% less energy than a conventional electric water heater of the same capacity. Air/water heat pumps for hot water preparation can be connected to and adapted to existing systems and are a good alternative for both new construction and renovation or refurbishment. Installing a heat pump for hot water preparation is simple. The unit's components require less space than other similar systems (e.g., solar collectors) and can be installed both indoors and in adjacent rooms (garages, basements, etc.). The AquaThermica Compact models set new standards in the HVAC industry and achieve an impressive coefficient of performance of 2,8 (A/W – 7ºC/55 according to EN16147). BRING NATURE INTO YOUR HOME WITH THE AQUATHERMICA RANGE Renewable energies Up to 75% lower energy consumption. Only 25% of the energy consumed by a heat pump is supplied by electricity; the remaining 75% is generated from the environment via the air, resulting in cost savings. Low CO₂ emissions Environmentally friendly refrigerant R513a Automatic anti-Legionella cycle and self-diagnostic system. AquaThermica Pro It operates within a wide temperature range of the incoming air, from -5°C to 43°C. Electric heating element for faster heating and reaching a temperature of up to 75ºC. The 60°C temperature of the domestic hot water is generated solely by the heat pump. 75°C is achieved through the additional use of an electric heating element. User-friendly LED display *High CoP under all test conditions according to the current ErP standard EN16147-2017**When connecting to the photovoltaic panel, we recommend that you consult your installer. Efficiency & performance of the hot water heat pump Capacity: approx. 194 liters – ideal for family households and comfort applications. Energy efficiency: Class A – very low power consumption. Through the use of the natural refrigerant R290 (Propan) The system works with ultra-low GWP (Global Warming Potential) and zero ODP (Ozone Depletion Potential). A COP performance of up to 3,8 The Pro series is among the most efficient systems in its class. Intelligent technology integrated Heat-exchanger for easy pairing with Solar thermal systems, PV systems, boilers or other external systems. Electronic expansion valve control (EEV) for precise and efficient control of the refrigerant circuit. Microchannel capacitor and Dual temperature sensors for stable performance and maximum efficiency. Comfort & Use Hot water temperature up to 65 °C solely through the heat pump, even with an additional electric heating element up to 75 ° C reachable. Automatic Anti-Legionella function for hygienically safe hot water as well as a Dry-Check MG Anode System for easier maintenance. Quiet operation - only 34 dB (A) at a distance of 1 m – ideal for installations in the house or adjacent rooms. Flexibility & Installation Floor-standing design with flexible lateral air ducts – installation is possible even in rooms with low ceilings from 2 m. Works reliably in a wide range of ambient air temperatures. −7 °C to 43 °C. User-friendly control with integrated control panel and intelligent operating modes (Boost, Eco, Intelligent, Vacation, High Demand). Technical information TESY AquaThermica Pro with heat exchanger Technical feature AquaThermica Pro 200 S AquaThermica Pro 260 S storage volume 194 L 251 L Energy Efficiency Class A A Diameter 630 mm 630 mm CoP (DHW, EN16147) 3,6 3,8 Max. water temperature (heat pump only) up to 65 ° C up to 65 ° C Max. water temperature (with electric heating) up to 75 ° C up to 75 ° C Operating pressure hot water / max. pressure approx. 8 bar approx. 8 bar Additional electrical power (heating element) 1.5 kW 1.5 kW Air temperature range (WP) -7 °C … 43 °C -7 °C … 43 °C noise approx. 34 dB(A) @1 m approx. 34 dB(A) @1 m Electrical supply 230 V / Hz 50 230 V / Hz 50 compressor type Rotary compressor Rotary compressor R290 refrigerant ja ja Annual electricity consumption (Ø) ~679 kWh (typical) ~1160 kWh (typical) Automatic anti-Legionella function ja ja Minimum room height for setup Approx. 1785 mm Approx. 2000 mm Transport weight (approx.) Approx. 110,8 kg Approx. 127,3 kg Compatibility with PV / solar / heating systems ja ja 45° air ducts for low ceilings ja Downloads TESY AquaThermica Pro with heat exchanger Data sheet – TESY AquaThermica Pro 200/260 S Installation and operating instructions – TESY AquaThermica Pro 200/260 S Declaration of Conformity – TESY AquaThermica Pro 200/260 S Components for installation (excluding heat exchanger) – TESY AquaThermica Pro 200/260 S Components for installation (with Heat exchanger) – TESY AquaThermica Pro 200/260 S Frequently asked questions (FAQs) What is the difference between a hot water heat pump and a normal hot water storage tank? A hot water heat pump uses free heat from the ambient air to heat the water – similar to a refrigerator, but in reverse. A conventional hot water storage tank heats the water directly with electricity. The heat pump is significantly more efficient: 1 kWh of electricity generates 3-4 kWh of heat, while an electric storage tank only delivers 1 kWh of heat. Is a hot water heat pump worthwhile for me? A hot water heat pump is particularly worthwhile if you currently use an electric boiler or a gas/oil heating system for hot water. It is especially efficient in basements with a washing machine, dryer, or heating system, as it utilizes the waste heat from these appliances. The investment typically pays for itself within 5-7 years through lower operating costs. Can a hot water heat pump also heat my house? No, a domestic hot water heat pump (also called a hot water heat pump) is used exclusively for hot water production and not for heating. It has a significantly lower output (1,5-2,5 kW) than heating heat pumps. However, it reduces the load on your main heating system – especially in summer, the heating can remain completely switched off. What are the operating costs of a hot water heat pump? Operating costs depend on hot water consumption and efficiency. A four-person household consumes approximately 600-800 kWh of electricity per year, which at €0.30/kWh equates to roughly €180-240. By comparison, a gas boiler costs about €81 per month for the same amount of hot water – almost nine times as much. Using self-generated solar power further reduces costs. Can I combine the hot water heat pump with photovoltaics? Yes, combining it with photovoltaics is ideal. Modern hot water heat pumps often have a PV interface (PV-ready) and can therefore preferentially run when your PV system is producing electricity. This increases your self-consumption and makes you even more independent from the grid. With self-generated solar power, the heat pump operates almost free of charge.