Building engineers are facing a dual crisis across climate and energy. To assist professionals like you, Danfoss is hosting a district energy live stream.
The rapid progress of district energy comes with a host of flexible solutions, like small and large grids, and options to extend and enhance existing networks. But this rapid pace and global ambition leaves many experts with questions. Can existing supply chains handle increased pressure? Is there a way to develop networks effectively while delivering safety and comfort for the end user? Moreover, how can we maximize the use of renewable resources to deliver reliable and safe heating?
If you are wondering what district energy means for your network operation or planned renovation, then join our live stream.
Our experts will share their views and answer audience questions live. Be sure to bring your questions and sign up today!
Speakers

Jonas joined Danfoss in April 2018. In addition to his role at Danfoss, he is a passionate runner. Currently, Jonas is responsible for developing hydronic optimisation solutions in areas like software, district energy, and large heat pumps, sector integration, and development of new business models. Previously, Jonas worked with developing lighthouses and developed Danfoss’ position in new markets such as vertical farming and data centres. Jonas has gained experience in both fields and worked, among others, for the Danish Ministry of Environment & Food, Mazars Consulting, and General Electric (GE). Jonas holds a master’s degree in European Affairs from Sciences Po.

Saška Rihtaršič has been part of Danfoss for 24 years. As a mechanical engineer, she joined the company in 1999 as a supply chain coordinator, for the past few years she headed the development department, and this year she took up a new position as Vice president for district energy in the Danfoss Hydronics division. Saška is passionate about digitalisation, end-to-end optimisation, and modernisation of district heating technology, particularly the 4th generation of district heating, which enables and supports integration of variable energy resources, particularly renewables and waste energy.

Dmitry joined Danfoss in May 2000 and has been based in Slovenia since 2010. Football is his main passion outside of working hours. Currently, Dmitry is responsible for developing Danfoss' Stations business. His primary focus is traditional District Energy, with an emphasis on cooperation with DHUs. Additionally, he is responsible for identifying possible synergies within areas such as large heat pumps, sector integration, and waste heat utilisation. Throughout his 23 years at Danfoss, Dmitry has held various positions in Sales, Product Portfolio Management, and Business Development. Before assuming responsibility for Stations, he headed the Business Development department in District Energy. Dmitry holds an engineering degree in Industrial Heating Systems.

After 13 years working in fields of District Energy, Water Distribution and ESCO, Milan Jungic, joined Danfoss in 2016. Milan started as business developer in District Energy business, focused on software and digital solutions for monitoring & optimization. Today Milan is the Head of Controls & Meters Digital Portfolio in District Energy segment, honored to head a great & skilled team which is responsible for electronic & digital portfolio of control components and energy meters for District Energy systems. He is a Bachelor of Organisational Sciences - direction Information Technologies and now has 18 years of experience in field of District Energy automation and optimisation solutions. Outside his work, he's a partner, a father, "do it yourself" guy and enjoys being active as much as possible in several hobby activities.
If you already now have questions for our livestream experts please submit them in the form below.
Webinars

With fluctuating energy prices, CO2 and price pressure, and multiple district-energy sources, it’s no secret that every system is under pressure to run at its best. Join our live stream to discuss and debate how we can each optimise distributed heat production, operations and network design, without compromising on safety or comfort.

The integration of waste heat into district energy is being propelled by legislation, climate neutrality goals, and gas resilience. This is leaving professionals with questions. How can we design units for reliability? How can waste heat be managed alongside standard heat production units? How will these changes impact the network at large? Join our live webinar and contribute to the discussion.

Digitalisation is key to unlocking the potential of district energy, and professionals are looking to understand how. How to navigate operations within the electricity market? How digitalisation can help streamline network operations, and manage heat consumption in a more holistic way? How to handle non-commissioned stations? Join us as we break down these complex topics, discuss the possibilities, and debate the questions.
Related Products & Solutions

Balance your network, save energy and improve end-user comfort by hydronic balancing and control of district energy networks. Optimal hydronic balance and perfect temperature control are the key to maximizing the efficiency of heating or cooling networks.

There’s nothing like perspective. Looking at something differently allows you to see new things. It adds dimension. To the digital dynamics of your network. The pulse of the grid. Danfoss Titan™ combines best-in-class substations with innovative digital twin technology to add a new and data-driven dimension to district energy.

Our SONDEX® standard plate heat exchangers are the ideal choice for a wide range of applications across numerous market segments. Innovative technologies and smart design make our standard plate heat exchangers a stellar investment and the go-to choice for standard duties. With higher heat transfer efficiency and optimisation, these heat exchangers offer the most efficient thermal performance.

The performance of the Brazed Plate Heat Exchanger (BPHE) has been proven through 30 years of constant development, ensuring unparalleled efficiency for all applications.

Pressure Independent balancing and Control Valves (PICVs) provide both a control functionality and dynamic balancing solution for HVAC applications. The valves eliminate flow variations occurring in variable flow systems due to pressure fluctuations at partial load conditions.
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