Ground source heat pump S1256-8 PC 1.5-8kW, 3-phase with integrated passive cooling function and DHW tank, enameled, with a capacity of 180l, power supply 3x400V, built-in thermal energy meter 065702

Modern heating and cooling solution for your home

The NIBE S1256-8 PC ground source heat pump is an advanced device that combines efficient heating, cooling and domestic hot water preparation. Thanks to the modulated heating power in the range of 1.5-8 kW, the pump automatically adjusts its operation to the current building's demand, ensuring optimal comfort and low operating costs. The integrated DHW tank with a capacity of 180 liters with an enameled coating provides a constant access to hot water, and the built-in thermal energy meter allows for precise monitoring of energy consumption.

Efficiency and ecology in one device

The NIBE S1256-8 PC heat pump uses the environmentally friendly refrigerant R454B, which is characterized by a low GWP (Global Warming Potential). Inverter technology allows for smooth adjustment of the compressor power, which translates into higher seasonal efficiency and lower energy bills. The device achieves a high seasonal COP of up to 5.95 (in a cold climate), making it one of the most energy-efficient solutions on the market. Additionally, the integrated passive cooling module allows you to lower the temperature in the rooms during the summer without additional costs.

User comfort and easy installation

The NIBE S1256-8 PC heat pump has been designed with the comfort of users and installers in mind. The intuitive touch display makes the device easy to operate, and the ability to remotely control it via the myUplink application provides full control over the heating system from anywhere. The pump's design has been thought out in terms of ease of installation and servicing - the inspection box facilitates access to elements requiring maintenance, and the removal of the front cover is quick and easy thanks to a single mounting point. The device is compatible with mechanical ventilation systems with heat recovery (MVHR) and photovoltaics, allowing for further savings and CO₂ emission reduction.