PVT for Industrial Process Heat: How to Design a Solar Thermal and Heat Pump System Published： May 8, 2026Last Modified：August 17, 2026 Industrial facilities use large amounts of heat for processes such as: washing; pasteurization; food processing; drying; hot-water production; preheating; cleaning; agricultural processing. PVT can contribute to these applications by producing electricity and useful
P4-I08 | PVT for Industrial Process Heat Read More »
PVT for Multi-Family Buildings: How to Design a Shared PVT Heat Pump System Published： May 8, 2026Last Modified：August 17, 2026 Multi-family buildings create a different PVT design problem from single-family houses. A single building may contain: dozens or hundreds of apartments; a centralized domestic hot-water system; space-heating distribution; shared plant rooms; centralized heat pumps; limited
P4-I07 | PVT for Multi-Family Buildings: Engineering Design Guide Read More »
PVT for Swimming Pools: How to Design a PVT Heat Pump System Published： May 8, 2026Last Modified：August 17, 2026 Swimming pools can be an attractive application for photovoltaic-thermal systems because pool heating is generally a low-temperature thermal application. That matters because PVT does not need to deliver the same high temperature required by some domestic
P4-I06 | PVT for Swimming Pools: Engineering Design Guide Read More »
PVT for Schools: How to Design a PVT Heat Pump System Published： May 8, 2026Last Modified：August 14, 2026 Schools are an interesting application for photovoltaic-thermal systems because their energy demand is strongly influenced by occupancy schedules, daytime operation and seasonal heating requirements. A school may require: space heating; domestic hot water; ventilation; electricity for lighting
P4-I05 | PVT for Schools: Engineering Design Guide Read More »
PVT for District Heating: How to Integrate PVT, Heat Pumps and Thermal Storage Published： May 8, 2026Last Modified：August 14, 2026 District heating presents a fundamentally different PVT design problem from a single building. Instead of asking: How can PVT heat one building? the engineer must ask: How can a variable solar thermal source be integrated
P4-I10 | PVT for District Heating Read More »
PVT for Hospitals: How to Design a Reliable PVT Heat Pump System Published： May 8, 2026Last Modified：August 14, 2026 Hospitals are among the more demanding building applications for PVT. They can require substantial energy for: domestic hot water; space heating; cooling; ventilation; sterilization and other services; electricity; pumps and fans. More importantly, many hospital energy
P4-I04 | PVT for Hospitals: Engineering Design Guide Read More »
PVT for Hotels: How to Design a PVT Heat Pump System for Heating and DHW Published： May 15, 2026Last Modified：August 17, 2026 Hotels are one of the most interesting building applications for photovoltaic-thermal systems because they can have a substantial and relatively persistent demand for both hot water and electricity. Unlike many residential buildings, a
P4-I03 | PVT for Hotels: Engineering Design Guide Read More »
PVT for Commercial Buildings: How to Design a PVT Heat Pump System Published： May 19, 2026Last Modified：August 17, 2026 Commercial buildings are more complicated PVT applications than typical residential buildings because their energy demand can vary significantly by: occupancy; operating hours; season; building function; ventilation requirements; heating and cooling requirements; domestic hot-water demand; electrical demand.
P4-I02 | PVT for Commercial Buildings: Engineering Design Guide Read More »
PVT for Residential Buildings: How to Design a PVT Heat Pump System Published： May 8, 2026Last Modified：August 14, 2026 A residential PVT system should not be designed by starting with the number of collectors that can fit on the roof. The correct starting point is the building energy requirement. A residential PVT heat-pump system may
P4-I01 | PVT for Residential Buildings: Engineering Design Guide Read More »
PVT Applications for Buildings and Heat Pump Systems: An Engineering Design Guide Published： May 8, 2026Last Modified：August 14, 2026 1. Introduction Photovoltaic-thermal (PVT) systems combine photovoltaic electricity generation with useful thermal-energy recovery from the same collector. But the engineering value of PVT does not come simply from producing electricity and heat at the same time.
P4 | PVT Applications for Buildings and Heat Pump Systems: An Engineering Design Guide Read More »
