Consumers increasingly want greater living comfort, competitive energy costs, and greener solutions for their heating. And in urban centers, district energy utilities can harness local, renewable energy resources despite unforeseen disruptions—from natural disasters to fuel shortages.
How can district heating utilities ensure the system’s resilience and provide undisturbed supply, all while meeting the decarbonization goals?
Check out the new white paper where we uncover how to plan, design and optimize to ensure a resilient district energy network.
Download your copy
1. A resilient district energy infrastructure
2. Challenges faced by district heating utilities in times of crisis
3. District heating expansion: How to design, build, and operate for resilience
4. Checklist for resilient district energy systems
5. Solutions and technologies
This white paper is based on a research article by Oddgeir Gudmundsson, Danfoss A/S, Jan Eric Thorsen, Danfoss A/S and Anders Dyrelund, Ramboll A/S.
Resilience is critical to ensure energy security in the face of energy source disruptions like the current energy crisis, extreme climate events, and beyond.
Check out the infographic in which we have defined nine key points for network owners and operators to create resilient district energy systems—from careful planning, design, and construction to intelligent operations and maintenance.
Learn how Leanheat® Building, a cloud-based AI solution, helps district heating utilities efficiently optimize the network with substation controllability in multi-family homes—establishing reserve flexibility today.
Our experts will unpack the innovations and full range of solutions to help district energy utilities build a resilient infrastructure that withstands unforeseen disruptions—and deliver cost-efficient, greener heating.
District cooling is an environmentally friendly and energy efficient cooling supply that enables a green future with substitution to renewable energy.
Unlock the grids full potential with end-to-end district energy solutions and get actionable insights enabling continuous optimization and optimal temperature control on both demand and supply side.