Combining the Benefits of Chilled Beams and Displacement Ventilation
Chilled beam systems use the heat transfer capabilities of water to provide sensible cooling to a space. As we’ve discussed previously on the blog, when the system is in cooling mode, the induction process facilitated by the chilled beam nozzles causes warmer room air to mix with the colder primary air, providing the space with supply air with temperatures at 62°F to 66°F – much warmer than the 55°F supply air provided by conventional cooling systems.
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Topics:
Beams,
Displacement,
HVAC Fundamentals,
HVAC,
Engineering
Using Natural Convection to Provide Energy-Efficient Comfort
Chilled beam technology is often separated into two categories: active and passive. As we explored in a previous blog post, active chilled beams take in primary air from an air handler, which is then pressurized and released through a series of nozzles. Passive chilled beams, however, do not have any supply air ducted to them and operate utilizing natural convection. This energy-efficient cooling device is often coupled with other air systems such as underfloor air, displacement ventilation and active chilled beams.
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Topics:
Beams,
HVAC Fundamentals,
HVAC,
Engineering
The Induction Process and the Science Behind Chilled Beams
Although perceived as an up-and-coming technology, chilled beams have been around for years. This system offers many benefits, including energy savings over the lifespan of a project, reduced duct sizing, lower noise levels and minimal required maintenance.
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Topics:
Beams,
HVAC Fundamentals,
HVAC,
Engineering
Reducing overall energy consumption with Chilled Beams
In modern buildings, the heating, cooling, and ventilation systems consume a large portion of the total energy use. This creates an obvious target when looking for areas where improvements and optimizations can reduce annual energy consumption. Costs associated with these improvements can be reduced year over year. Within the HVAC system, the largest consumer of energy will typically be fan energy. Using hydronic systems to transport heating or cooling energy throughout a building is a great way to dramatically reduce the overall energy consumption of the entire HVAC system.
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Topics:
Beams,
System Efficiency,
HVAC Fundamentals,
HVAC,
Engineering,
Design Engineering,
Tech Tip
The Benefits of Displacement Ventilation and Chilled Beams for Efficiency
The United States Environmental Protection Agency (EPA) defines a high performance school as energy and resource efficient. Creating a high performance school is not difficult, but it requires an integrated, “whole building” approach from the beginning of the design process.
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Topics:
LEED for Schools,
Beams,
Displacement,
System Efficiency,
HVAC Fundamentals,
HVAC,
Engineering,
Design Engineering
