Domestic hot water systems with tank

  • Overview
  • Product range
  • Documents
  • FAQ
  • Case stories

Water heaters with tank are suitable solutions for hospitals, sports arenas, hotels, apartment blocks and similar large buildings. The product range covers storage and charge systems which all combine the demand for high-performance, comfort, hygiene and resource-efficient operation. The systems can be combined with a second or multiple DHW storage tanks for optimum tailoring to on-site conditions, available with ready-to-mount piping.

How does a storage water heater work?

A storage water heater operates by releasing hot water from the top of the tank when the hot water tap is turned on. To replace that hot water, cold water enters the bottom of the tank, ensuring that the tank is always full. 

Our storage charging systems feature these two functions:

  • Storage Charging System - Due to the high-efficiency heating surface of the plate heat exchanger, the ThermoDual® systems obtain low return temperatures in the total operating sequence of a storage recharge, thereby resulting in reduced required volume flow rate. This means economical operation and makes the systems highly suited for application in district heating networks as well as in connection with condensing boilers.
  • Anti-legionella System - The Danfoss domestic hot water system ThermoClean® provides an additional effective solution for legionella-free domestic hot water production. ThermoClean® systems operate according to the principles of thermal disinfection, ensuring that the reaction temperature in the system is maintained at a constant temperature of 70°C. This provides effective protection against legionella bacteria in the domestic hot water system.

Features and benefits

Low return temperatures in the total operating sequence of a storage recharge, reduced required volume flow rate.

Highly suited for application in district heating networks as well as in connection with condensing boilers.

Special system with additional effective anti legionella function for domestic hot water production.

Electronic control gives you excellent operating economy.

Product range

Documents

Documents
Type Name Language Valid for Updated Download File type
Brochure Specifying the right district heating substation makes commercial sense English Multiple 05 Mar, 2015 2.4 MB .pdf
Brochure Specifying the right district heating substation makes commercial sense Croatian Croatia 06 Aug, 2015 2.5 MB .pdf
Brochure Specifying the right district heating substation makes commercial sense Slovenian Slovenia 21 Jul, 2015 5.2 MB .pdf
Brochure Specifying the right district heating substation makes commercial sense Bulgarian Bulgaria 31 Jul, 2015 11.3 MB .pdf
Brochure Specifying the right district heating substation makes commercial sense German Multiple 16 Mar, 2020 3.1 MB .pdf
Brochure Specifying the right district heating substation makes commercial sense Slovak Slovakia 21 Jul, 2015 2.4 MB .pdf
Brochure Specifying the right district heating substation makes commercial sense Ukrainian Ukraine 18 Sep, 2015 2.2 MB .pdf
Brochure Specifying the right district heating substation makes commercial sense Romanian, Moldavian, Moldovan Romania 29 Aug, 2015 2.3 MB .pdf

FAQ

Inside the instructions and manual guide you can find the following:

  • technical data for station (component list, Flow Chart, main data, HEX calculation e.g.)
  • safety notes
  • commissioning notes
  • service requirements
  • information’s about transport, hauling e.g.
  • certificates
  • contact persons

These information are available for you in the sales contract (see order confirmation) and/or official price list.

It means that substation fulfils all requirements for placement inside European market acc. related rules/directives e.g.

Case stories

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    Roll-out in 50,000 housing units: enercity AG optimizes district heating supply with Leanheat® Building

    The AI-powered software Leanheat® Building helped Hanover’s district heating utility systematically integrate the buildings side of the network and achieve a 5-10% reduction in energy consumption and a 20% reduction in peak loads.

  • if (isSmallPicture) { Eurasburg; } else if (isBigColumns) { Eurasburg } else { Eurasburg }
    Successful transition from oil boilers to a local heating network in Eurasburg

    In the Wittelsbacher Land near Augsburg the local network in Eurasburg supplies heat to 80 buildings using a wood chip heating system. Danfoss’ substations ensure efficient heating in all building types, and its modern SCADA solution enables remote system monitoring and management. 

  • if (isSmallPicture) { Rothes CoRDe plant; } else if (isBigColumns) { Rothes CoRDe plant } else { Rothes CoRDe plant }
    DrivePro® Lifecycle Services secure maximum uptime for Rothes CoRDe

    SCOTLAND: The Rothes CoRDe plant, a biomass-fired combined heat and power (CHP) plant, ensured maximum uptime thanks to several DrivePro® Lifecycle Services.

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    Willhem AB and Danfoss AB takes the energy optimization in residential properties to the next level

    GOTHENBURG, SWEDEN & HELSINKI, FINLAND – This heating season, European energy prices are expected to rise to record levels. One of the largest Swedish professional building owners, Willhem AB, has taken a proactive approach to cutting costs and reducing greenhouse gas emissions. Willhem has signed an agreement with Danfoss to implement the Leanheat Building software starting with 6,500 apartments.

  • if (isSmallPicture) { Pipe tracing in 600 Suzhou apartments China; } else if (isBigColumns) { Pipe tracing in 600 Suzhou apartments China } else { Pipe tracing in 600 Suzhou apartments China }
    Pipe tracing in 600 Suzhou apartments China

    Suzhou city was founded in 500 BC. is nowadays a major city located in the south-eastern Jiangsu Province of East China, about 100 km (62 mi) northwest of Shanghai. It is a big economic center and local point of trade and commerce, and the second largest city in the province, after its capital Nanjing.

  • if (isSmallPicture) { Saleska valley, Slovenia; } else if (isBigColumns) { Saleska valley, Slovenia } else { Saleska valley, Slovenia }
    Improved hydronic balancing of the district heating network in Slovenia

    The Saleska Valley district heating network is the second largest network in Slovenia, dating back to 1959. Since then, the demands have changed significantly and have challenged the hydronic balancing of the system which was optimized with new intelligent controllers Virtus.

Unlock the grid to its full potential

We can help utilities to optimize their supply of district heating to cities with a positive impact on decarbonization and reduced energy consumption. It's time to unlock the grid's full potential for ultimate cost-effectiveness, energy-efficiency and a resilient path to a greener future.