5GDHC networks: Simulation and design [Tutorial]

Districts with 5GDHC networks (5th generation district heating and cooling) can be calculated and simulated with nPro. In this video tutorial, we show how this works.

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nPro is a web-based tool for planning district energy systems, especially with district heating networks 🌆. It helps engineers to identify the most promising energy system out of thousands of different energy supply configurations – using artificial intelligence 🧠⚙️. nPro makes it easy to generate demand profiles for heating ♨️, cooling ❄ and electricity ⚡ for different building types 🏢 and to size thermal networks. nPro is also the first tailor-made tool for 5GDHC networks. The easy-to-use tool allows designing systems with various renewable energies such as photovoltaics, PVT collectors, wind turbines and solar thermal collectors as well as thermal and electric storages 🔋. nPro also considers hydrogen technologies, such as electrolyzers, fuel cells or hydrogen storages. In addition, different heat pump solutions (air-source heat pump, ground-source heat pumps, etc.) can be simulated and compared with just a few clicks 🌡. nPro is used by energy utility companies, engineering offices, universities and research institutes - around the globe 🌍.

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In this video tutorial, we show how nPro can be used to calculate and simulate 5GDHC (5th generation district heating and cooling) networks for district energy systems.