Country: Nordica
Product: Air source heat pump heating unit
Project Overview
This project, located in Northern Europe, provides a winter heating solution for a two-story timber-framed house. The LINUO RITTER air source heat pump system operates stably in extreme low-temperature environments down to -30ยฐC, successfully replacing traditional coal-fired heating and creating a clean, comfortable, and intelligent modern heating experience for residents in the forest area.
Core Problems Solved
1. Clean Heating Challenges in Extremely Cold Regions
Winter lasts up to six months, with temperatures dropping below -30ยฐC. Traditional coal-fired heating is highly polluting, labor-intensive, and poses numerous safety hazards. The LINUO RITTER ultra-low temperature air source heat pump utilizes vapor injection enthalpy enhancement technology and an intelligent defrosting system, breaking through the conventional heat pump’s operating limit of -15ยฐC. It can still provide efficient heating in environments as cold as -30ยฐC, providing a feasible clean heating alternative for extremely cold regions.
2.High Costs and Inconvenience of Residential Heating
Coal-fired heating requires frequent coal replenishment and ash removal, and coal transportation costs are high, while storage takes up significant space. The heat pump system operates fully automatically. Users only need to set the temperature, and the equipment will start and stop automatically without manual intervention. The operating cost is about 30% lower than that of coal-fired power plants, and users can enjoy preferential electricity prices for clean heating, which greatly reduces residents’ energy expenditure and labor burden.
3. Matching Insulation and Heating for Timber-Framed Houses
Timber-framed houses generally have relatively weak insulation. The heat pump system, equipped with intelligent temperature control, automatically adjusts its output power based on the indoor-outdoor temperature difference, preventing temperature fluctuations. Combined with underfloor heating or fan coil units, heat distribution is even, solving the problems of localized overheating and insufficient heating at distant points caused by traditional radiators, thus improving living comfort.
Customer Feedback
Residents are very satisfied with the heating effect, stating that the indoor temperature remains consistently above 20โ, even in outdoor temperatures as low as -30โ. They no longer need to get up in the middle of the night to add coal, their homes are clean and smoke-free, and air quality has significantly improved. The remote control function via a mobile app allows for preheating before returning home, greatly enhancing convenience. This project demonstrates the application potential of air-source heat pump technology in extremely cold regions.
