At Danfoss we aim to create comfortable, efficient, and sustainable environments for occupants of tall buildings whilst optimising building performance and simplifying the construction of the building. We continue to be a trusted partner for specifiers in the UK as we have extensive experience and cutting-edge technologies to meet the complex construction challenges of tall buildings.
Here we have hand-picked all our tall buildings solutions across our sectors to create a central platform to assist specifiers. Here you will find:
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In the ever-evolving world of architecture and engineering, the race to reach new heights has pushed the boundaries of what is possible in constructing tall buildings. From awe-inspiring skyscrapers to towering landmarks, these structures stand as symbols of human ambition and technological prowess. However, behind their grandeur lie a multitude of challenges that architects, engineers, and construction teams must overcome to bring these colossal structures to life.
From an engineering point of view a building becomes tall when the height of the building means the engineering requires to build it changes. There is no strict rule, but generally we would consider buildings that go above 20 stories require changes in design, such as pressures of heating and cooling systems.
Take a look at our article from the Danfoss Press Office on the strategies, challenges and solutions for optimising tall building development.
With a portfolio of leading, innovative solutions we have a wide range of applications and products to meet your needs. Discover how you can equip the plant room to specifications that will meet the challenges faced with the dimensions of the tall building.
Securing an evenly balanced pressure is a key challenge for tall buildings. With solutions tailored to the shell and core structure we address this challenge head-on.
Tall buildings must accommodate a multitude of different requirements and preferences across each floor. Our range of solutions for the branch structure of the tall building will enable you to secure a customised indoor climate for future occupants.
Tall buildings are also a stark visual confirmation of many global megatrends that only show signs of accelerating. Many of these global megatrends are driving the rise of tall buildings – both in the UK – and indeed the rest of the world.
Urbanisation is rapidly increasing as a growing global population sees more people migrating to urban areas seeking the economic, social, and cultural opportunities are offered in urban areas. However, space in urban areas is already at a premium, resulting in high costs for that available space. With limited and expensive space on the ground, cities are forced to embrace verticality to accommodate the increasing demand for housing, offices, and infrastructure. Tall buildings offer a viable solution by maximising land use efficiency and optimising urban density.
Tall buildings, and urban areas in general, are swiftly embracing digitalisation as it can transform the way they function and enhance the overall quality of life for residents. Digitalisation can lead to more efficient services, improved mobility, and transport - and sometimes less need to travel. It can also improve access to employment, education and training and can stimulate growth. In tall buildings, digitalisation can demonstrate improved communication, and can deliver greater comfort through optimised district energy and IoT derived predictions and learnings of heating systems.
This all feeds into two other megatrends which are electrification and climate change. Climate change is a global issue, and something which many countries and regions are trying to tackle. It is this that has driven electrification and therefore the move away from fossil fuels. Tall buildings through the use of sustainable energy, efficient construction and optimum efficiency when in use can help support these two important linked megatrends.
The growth in urbanisation and therefore the increase in tall buildings shows no sign of slowing down, both in the UK and globally. Therefore, it is a huge opportunity to make these buildings as efficient and comfortable and affordable as possible. A number of solutions are already available to support increased building and meet these opportunities.
Danfoss design and manufacture a complete range of heat exchangers and standard and bespoke heating and cooling substations for tall buildings, district energy systems and plant rooms. Danfoss can design these products to any consultant specification and will suggest on any improvements based on their years of experience
Danfoss has fire safety solutions for tall buildings including SEM-SAFE® Fire Fighting products. These include low pressure CO2 systems for use where spaces require protection with carbon dioxide, and high pressure water mist systems where a fire-fighting mist is created from high pressure nozzles
Danfoss Drives is a global leader in AC/DC and DC/DC power conversion, as well as variable speed control for electric motors. With the world’s largest portfolio of power converters, VLT® drives, and VACON® drives at your fingertips – and backing from a partner whose legacy has been built on decades of passion and experience
Danfoss solenoid valves are built to last. Our engineers use innovative methods, such as including a reinforced and soft-closing diaphragm, to ensure not only the integrity of the valve, but the entire water system as well.
The valves’ reliability, coupled with the ease of installation afforded by their design, makes them the clear choice for use in a wide variety of applications.
When equipped with a Danfoss actuator, PICVs increase the energy efficiency and improve the indoor climate. The AB-QM is mainly used for air handling units, climate ceilings, fan-coil units and other terminal units in HVAC heating and cooling systems.
The Danfoss SEM-SAFE® high-pressure water mist system is designed to provide reliable and efficient fire protection for a wide range of applications. It is especially well-suited for protecting spaces (such as tall buildings) where traditional sprinkler systems might not be the most optimal choice due to water damage concerns or specific fire risk requirements.
Ultimately, the smartest buildings are the most energy efficient, comfortable, and convenient. The heart of this is HVAC data—vital for developing intelligent buildings that can become home to smart environments. We develop smart solutions that provide or use HVAC data for Active Energy Management (AEM). The data allows remote commissioning, predictive maintenance, and optimisation of heating, ventilation, and cooling systems.
Unlock the grid with Danfoss Titan, a game-changing range of products that seamlessly blend innovation, reliability, and performance. Danfoss Titan is designed to exceed your expectations and empower you to achieve your goals while minimising your environmental impact.
What sets Danfoss Titan apart from the rest is its unparalleled efficiency. Our state-of-the-art technologies are meticulously crafted to optimise energy consumption, reducing your carbon footprint and operating costs without compromising on comfort. With Danfoss Titan, you can take control of your energy usage and contribute to a greener future, all while enjoying a superior level of comfort in your living or working spaces.
Digitalisation of Heating, Ventilation and Air Conditioning (HVAC) systems opens a world of possibilities when considering the optimisation of the heating and cooling of tall buildings. As no building is ever really the same in terms of design and construction, Danfoss Digital Hydronics™ offer you modular solutions to cover all your digital HVAC tall building design needs.
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Unlock unprecedented energy savings and create a more sustainable future for tall buildings? Look no further than Danfoss Leanheat, the cutting-edge solution that will transform the way you think about heating management.
Danfoss Leanheat is a state-of-the-art heating optimisation system designed to maximise efficiency and comfort in residential and commercial buildings. With its advanced technology and intelligent algorithms, Leanheat takes your heating system to new heights, allowing you to achieve significant energy savings while maintaining optimal indoor temperatures.
Discover solutions that have brought projects to life
In Germany, the use of district heating is not quite that widespread, compared to in some other EU-countries. One exception, however, is Hamburg, which has a vast district heating network supplying 19% of all households with district heating, compared to just 8-14% in the rest of the country. Politicians in charge have declared that the district heating infrastructure will continue to be expanded; their goal is to connect 50,000 additional households to the district heating network by year 2020.
Given a choice, I would certainly opt for Danfoss products. The quality of the equipment is outstanding, and the available service and support is also a big plus. For more complex installations, Danfoss specialists help us with questions regarding the construction and design.Judith Huber-Jahn, Project Manager,Reese Beratende Ingenieure
The way district energy networks are balanced and optimised is changing. A new generation of Virtus intelligent ready pressure and flow controllers are here to ensure high durability, improved functionality and performance. With unique intelligent optimisation solution iSET, this will save even more energy whilst providing excellent range and accuracy.
This case study describes how new residential apartment developments in the UK have been equipped with intelligent solutions that give great control and stability of the district energy network.
"The Virtus combined with iSET provides a demand responsive range of flow in order to meet peak and off-peak demand. This product is superior to standard AFQM’s in terms of the range and accuracy of the valve, greatly reducing heat transfer losses. This was the key reason for specifying this solution."Jarrod Giroud, E.ON UK Asset Engineer; Gallions Point and Newbury Racecourse Developments.
Danfoss provides the leading, low-maintenance fire suppression system for the entire hotel with a SEM-SAFE® high-pressure water mist system using PAH pumps, VRH, VCH and VDHT valves.
High-pressure water mist systems have many advantages compared to traditional wet pipe sprinkler systems, especially for high-rise buildings. Owners and architects like them because they save precious space by eliminating the need for large-diameter water pipes and reservoirs on the roof and multiple floors. If a fire does break out, the fine water mist suppresses flames both by removing oxygen and by reducing heat – with significantly lower flux density and, consequently, less water damage.Discover more about how Danfoss fire suppression technology fits perfectly into the tall building construction.
Danfoss is a renowned global manufacturer of high-quality solenoid valves used in various industries, including leak detection applications. Solenoid valves are widely used for their precise control and fast response, making them ideal for applications where leak detection and fluid handling are critical.
Leak detection is a crucial aspect in tall buildings where even small leaks can lead to significant energy wastage, environmental harm, and financial losses. Danfoss solenoid valves play a key role in these applications by ensuring that fluid flow is regulated and controlled effectively to prevent leaks and minimise potential damage.
Discover how to meet water leak detection standards WAT03 in tall buildings.
This 16 story high-rise student accommodation was constructed in Tampere, Finland. During the specification stage, the fire safety equipment chosen was the Danfoss SEM-SAFE® high-pressure watermist fire fighting system.
For a tall building, the advantages of the Danfoss SEM-SAFE system are that it minimises water damage, is aesthetically more appealing than a traditional sprinkler system, and has a relatively low investment cost. Discover how the system, which compromises of electric pumps, 3,800m of pipes, and 722 nozzle heads is protecting this building.
Burj Khalifa, the world’s tallest building, is located in Dubai, United Arab Emirates (UAE). With a staggering 160 floors, reaching 828 metres, the building takes your breath away. AB-QM valves were specified due to fast installation and short commissioning, but energy savings were also an important argument.
"It was a pleasure working with Danfoss and WOTEK engineersthroughout the project. The installation and commissioningsupport helped us in getting the valves operational in a quick and proper manner. The product itself showed high value and quality control during installation and functioning, hence the satisfaction from both contractors and building operation team."Rida Biri, Project Manager, Penguin Engineering
Do you have a question? Don't hesitate to get in touch with us. We have industry experts across district heating, cooling, fire safety, potable water and drives that are waiting to hear from you. We have a range of industry leading products and solutions that can make specifying and fitting your tall building projects easier and more sustainable and efficient both in the short and long term.
Get in touch with us today and we will be able to help.