High-Efficiency Hot Water Systems for Student Housing
Lower Costs. Lower Emissions. Reliable Hot Water
Student housing creates significant, predictable hot-water demand—often concentrated in the morning and evening. WaterDrop Systems are engineered for these high-demand environments.
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Our factory-assembled COâ‚‚ heat-pump water-heating systems help colleges and universities reduce energy consumption, control operating costs, eliminate on-site combustion, and advance campus sustainability goals.
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Reducing Water-Heating Costs
Domestic hot water can be a substantial operating expense for residence halls. WaterDrop Systems use high-efficiency heat pumps to produce hot water with less energy than conventional electric-resistance equipment.
Thermal storage allows the system to heat water ahead of peak demand and store it until students need it. This can help institutions:
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Reduce water-heating energy consumption
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Take advantage of lower-cost utility periods
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Reduce exposure to fossil-fuel price volatility
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Avoid unnecessary equipment oversizing
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Improve long-term building economics
Actual savings depend on the building, climate, utility rates, and existing system. WaterDrop can help evaluate the potential financial benefits for each project.
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Support Campus Sustainability Goals
WaterDrop provides an all-electric alternative to fossil-fuel-fired water heating. Eliminating on-site combustion reduces direct building emissions and supports campus electrification and decarbonization plans.
WaterDrop Systems use COâ‚‚, or R-744, a natural refrigerant with a global warming potential of one. The systems can help institutions:
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Reduce direct greenhouse-gas emissions
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Advance carbon-neutral or net-zero commitments
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Support ESG and sustainability reporting
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Prepare for evolving energy codes
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Make greater use of renewable electricity
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Reduce the climate impact associated with refrigerants
Simplify Installation and Operations
Traditional central hot-water plants are often assembled on-site from components supplied by several manufacturers. WaterDrop shifts much of that complexity into a controlled manufacturing environment.
Each system is engineered, assembled, integrated, and tested before delivery. This provides colleges and project teams with:
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Fewer field-built connections
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Less coordination between trades
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Reduced installation and commissioning risk
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Integrated controls and monitoring
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Centralized maintenance
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One source for system-level support
WaterDrop offers complete centralized Skids as well as modular Droplet systems for retrofits, phased upgrades, and projects with limited space.
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Success in Senior Housing
Kingsview Manor | Fresno, California | 106 senior affordable homes
63,150 sq. ft. | All-electric DHW retrofit
Kingsview Manor needed to replace two central gas-fired water-heating plants serving its senior housing community.
The existing system was experiencing significant energy losses associated with constant recirculation, poorly insulated piping and hot/cold crossover. The project also faced a physical challenge: the existing mechanical room did not have the space or structural capacity required for the thermal storage needed for the new central heat-pump system.
The project team selected packaged WaterDrop systems and moved the new hot-water plants outdoors.
Two WaterDrop systems were installed, each incorporating nine COâ‚‚ heat pumps, a 505-gallon primary storage tank and a 120-gallon swing tank. Additional heat-pump capacity was incorporated into the design to accommodate future increases in occupancy.
The Result:
Three Days. Three Hours of Downtime.
The WaterDrop installation was completed in three days. Actual hot-water downtime was approximately three hours.
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For an occupied senior housing community, the project provides a powerful example of how factory-built central heat pump water heating can reduce the disruption associated with a major DHW system replacement.
5pm-8pm
DAILY
