Efficiency optimizing solutions
for universities, k-12 schools, and education facilities...
Learn how Danfoss solutions have been working seamlessly together to continuously optimize hydronic system performance in universities, k-12 schools, & education facilities for many decades.
Our technical & application experts understand the demands that schools face - so we offer synergized components that help maintain balance within the hydronic loop, contributing to sustained efficiency & reduced maintenance. This leads to infrastructure improvements, reduced energy consumption & carbon footprint, while meeting increasing demands for resiliency, reliability, comfort and indoor air quality.
Prevent constant flow to coils with traditional manual balancing valves, which cause inefficient heat transfer, spikes in chiller and pump energy consumption, and dramatic swings in discharge temperatures such as chronic hot/cold spots in occupied space.
Danfoss AB-QM™ pressure independent control valves (PICVs) help to synchronize your hydronic loop, continuously adjusting their differential pressure orifice position in response to dynamic load conditions. AB-QM™ PICVs maintain consistent differential pressure across the valve, meaning the flow into the coils only varies in response to changing loads, allowing for efficient heat transfer and precise comfort control in classrooms, laboratories, and student housing areas.
Synchronize your hydronic loop with solutions from Danfoss. With the use of pressure independent control valves (PICVs), variable speed pumps and oil-free variable speed compressors, you can match your HVAC system's energy consumption to the demand, allowing the system to achieve design efficiency in all load conditions.
Our solutions adjust to current load conditions to optimize heat transfer, and minimize flow into the coils. This means the system is only heating, cooling and pumping as much water as is necessary to the meet demand, resulting in increased efficiency and enhanced occupant comfort.
Case studies
Discover how Danfoss solutions helped rejuvenate the almost 100-year-old elementary school, and reduced energy consumption by 50%...
4 Danfoss Turbocor® TT400 compressors installed on 2 centrifugal chillers
130 AB-QM™ valves and actuators installed on VAV boxes & air handler units
70% lower yearly building energy use and 50% less chiller energy consumption
Timothy Vann, Engineering & Facilities Management Services for RIT investigates pressure independent control solutions to improve the stability of the universities hydronic system. His team performs their own independent testing which prove excellent results in HVAC system performance and hydronic stability.
Read full case study
Related solutions
AB-QM™ valves are easy to select, specify, and use. Valve selection is based on required flow, eliminating the need for excessive design calculation and commissioning processes. In addition Danfoss offers user friendly selection tools to aide in selecting the correct product for your HVAC systems needs.
AB-QM™ valves dynamically balance flow by eliminating overflow, solving low ΔT, and decreasing overall pumping costs. This maximizes energy savings and optimizes system efficiency.
See related case studies proving savings, comfort benefits and more below.
NovoCon® digital actuators are tailor made for AB-QM™ valves and establish the perfect connection between superior hydronic system performance and smart building automation solutions. Remotely access your system for maintenance or commissioning, log data to benchmark and optimize, and allocate energy with advanced energy management features.
The critical energy challenges facing campuses today include coping with limited budgets, volatile fuel prices, ambitious sustainability goals, a need for reliability to protect critical research, & keeping up with campus growth. Using district energy, CHP, and microgrid technologies, campus energy systems can reduce costs through efficiency, leverage fuel flexibility, and enhance resiliency and reliability while sustaining continued campus growth.
Aligning with sustainability goals, district energy systems help campuses make cuts to greenhouse gas emissions and minimize their carbon footprint. Long taken for granted, campus energy systems are now more visible than ever as they become leaders in clean, efficient, and reliable energy for their campus and the community.
Learn more about District Energy
For nearly 80 years, Danfoss has been pushing the boundaries of climate and energy technologies and is at the forefront of a new wave of district energy solutions today. Now more than ever, we are working with national and local governments worldwide to engineer district heating and cooling systems that not only deliver superior performance and value today, but create a sustainable platform for tomorrow.
At Danfoss, we develop and produce all major components for our substations and flat stations in-house. Because we manufacture the key components ourselves, you will benefit from optimized heat transfer and system control performance. Pressure, differential pressure, temperature and flow are integrated and automatically controlled on nearly all Danfoss substations.
Improving energy efficiency, reducing carbon emissions, and cutting energy bills are ever-growing concerns especially in educational facilities that are often mandated by the government to reduce consumption.
The demand for efficient, renewable, and clean-energy technologies can be achieved with district energy networks.
Danfoss and Sondex® brand heat exchangers optimize heat transfer in a variety of commercial building applications including universities.
Customized products, and an extensive plate portfolio allows us to match the specific requirements of your application for the optimal heat transfer solution.
Learn more at Heatexchangers.danfoss.com
Our range of traditional plate heat exchangers including gasketed, welded, brazed, and fresh water distillers can be fully customized to match all thermal requirements, including high working pressures, and AHRI certification. In addition our heat exchangers are flexible and efficient with low operational costs.
Plate patterns have advanced from being “one-size-fits-all” solutions with wide, deep channels that provided inadequate heat transfer, to being designed specifically for the intended application. SONDEX® and Danfoss heat exchangers are always designed and customized in close cooperation with our customers to perfectly match the thermal requirements and specifications of the application and duty.
“We have achieved tangible cash
savings on the upgrade. Additionally, we can also get 20 percent extra power from the current heat exchangers. Consequently, we can connect more
consumers to our grid prior to expanding it with new heat exchangers." Discover how Sondex® heat exchangers helped optimize the city of Aarhus's district heating supply.