Energy Generation with Large Heat Pump Systems

Solutions for large heat pump systems

More than 57 % of Germany’s end energy demand is used for generating heat: Large heat pump systems are the solution for tomorrow’s sustainable energy supply. By harnessing ambient heat and waste heat they supply buildings and industrial processes sustainably with heat – with thermal outputs of up to 150 MW and temperature lifts as high as 200 °C, far exceeding common domestic heat pumps. This is how climate-friendly, efficient heat becomes reality.

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Sustainable heat generation: How to benefit from large heat pump systems

30 % of district heat is to be generated from renewable sources or waste heat by 2030. By 2045 heat supply is to be fully climate-neutral – as per the Wärmeplanungsgesetz, Germany’s Heat Planning Act.

Already today, large heat pump systems meet the preconditions for reaching these targets reliably.

They enable a heat supply that is sustainable, efficient and future-proof – and that offers distinct economical and environmental benefits:

Sustainable heat and reduction of CO₂

Large-scale heat pump systems use ambient and waste heat rather than fossil fuels. Depending on the power mix and system design, CO₂ emissions can be lowered significantly in this way. This advances your decarbonisation strategy and helps you meet legal requirements.

Profitability through efficiency

From 1 kWh of electricity consumed, large heat pumps produce several times the useful heat. The multiplication factor depends on the specific system. High efficiency and attractive subsidies durably lower your total costs and future-proof your heat supply for a long time to come.

Scalability and operating reliability

Every heating network is unique – and requires solutions that can be adjusted with precision. Modular in design, large heat pump systems can be upscaled flexibly to your needs – from building complexes to district heating networks and through to industry. They are easy to integrate in existing networks and offer a proven, reliable technology for a dependable supply.

Overview of large heat pump systems: From the heat source to useful energy in the heat sink

1. Heat source

2. Large heat pump

3. Heat sink

KSB – Your partner for large-scale heat pump projects

Large-scale heat pump systems are a rapidly growing trend with a continuously rising number of pilot projects all over Europe.

KSB is your partner for transitioning successfully to more sustainable heat supply solutions. We draw on more than 150 years of experience in pump and energy engineering when partnering with you to realise efficient large-scale heat pump systems incorporating our pumps and valves.

Whether you would like to extract fluids, run intermediate circuits or feed heat into networks – KSB supplies components and services that match your system. With our comprehensive application expertise we support you along the entire process chain.

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Our products for large heat pump systems

KSB is a full-range supplier for pumps, valves and services with decades of experience and in-depth application knowledge. All KSB products offer long-term efficiency as well as reliability and require minimal maintenance, thus ensuring the economic, trouble-free operation of your systems.

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SEZ

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Verticale centrifugaalpomp met open schroefcentrifugaalwaaier (D), inlaat naar keuze met inlaatopening of inlaatbocht, met roterend deel naar keuze uitneembaar, persaansluiting boven of onder de werkvloer geplaatst, flens volgens DIN of ANSI mogelijk.

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Omega

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Horizontaal of verticaal opgestelde, eentraps, pomp met spiraalvormig huis in de lengterichting met radiale waaier met twee stroomrichtingen, aansluitflens volgens DIN, EN of ASME.

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Amarex KRT

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Horizontale of verticale, eentraps dompelmotorpomp als blokpompaggregaat met verschillende waaiervormen van de volgende generatie, in natte opstelling of voor droge opstelling, vast of verplaatsbaar met energiezuinige motor en verkrijgbaar in explosieveilige uitvoering.

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ISORIA 10/16

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Centrische vlinderklep met vierkant asuiteinde volgens ISO 5211, met elastomeer-ringbalg, handgreep of handbediende reductiekast, pneumatische, elektrische of hydraulische actuator, ringvormig huis (T1), huis met centreerogen (T2), huis met draadflensogen (T4), huis in U-profielmodel zonder afdichtvlak (T5). De huistypen T2 en T4 staan eenzijdig afflenzen en inbouw als eindafsluiter met tegenflens toe. Aansluitingen conform EN, ASME, JIS.

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MAMMOUTH

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Centrische vlinderklep, met elastomeer-ringbalg, handaandrijving, elektrische of hydraulische actuator of met actuator met tegengewicht, huis in U-profielmodel zonder afdichtvlak (T5), aansluitingen conform EN, ASME of JIS.

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BOA-H

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Afsluiter conform DIN/EN met flenzen, met balg, recht bovendeel, met afsluitconus of regelconus, standaard standindicator met kleuraanduiding om de uitvoering te onderscheiden, vervangbare conus, beveiligde balg bij volledig geopende afsluiter, afdichtingsvlakken van slijtvast en corrosiebestendig chroomstaal of chroomnikkelstaal.

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