Variable Refrigerant Flow (VRF) zoning systems provide more precise comfort control and energy efficiency to buildings of all shapes and sizes, when compared to traditional HVAC systems. Design flexibility, personalized comfort, and energy efficiency are the foundations of the variable refrigerant flow cooling and heating system. This course will cover the basic technology and components of VRF systems, and will examine the design benefits and energy efficiency of these systems.
Designing with Variable Refrigerant Flow HVAC Systems â€“ Maximizing Aesthetics, Occupant Comfort, and Energy Efficiency (Print)
This course will provide the student with an introduction to water source heat pump (WSHP) systems. Students will be able to explain the WSHP concept and explore the various different features and benefits of WSHP usage in commercial buildings.
By replacing their old HVAC system Century Bank & Trust have greatly reduced their energy bill.
The Mitsubishi Electric VRF zoning system exceeded efficiency expectations in the redevelopment of this Silver high-rise.
VRF zoning technology is transforming the way commercial buildings are cooled and heated. The smart, energy-efficient, and fully customizable HVAC technology provides customized comfort to occupants, energy savings to owners and many design advantages to architects.
Variable Refrigerant Flow (VRF) zoning technology is a fast growing type of cooling and heating technology currently used in commercial building renovations and retrofits, among other applications. This learning unit will build a better understanding of the features and benefits as well as the advantages of a ductless Heating, Ventilating and Air Conditioning that a (HVAC) system can provide.
This course provides an overview of spot cooling and its appropriate uses and benefits, including the cooling of people, equipment, and processes. The course describes various spot cooling options, compares air-cooled and water-cooled units, and discusses the advantages of portable and ceiling-mount spot cooling.
Increasing energy costs, pressure on energy resources, tightening energy efficiency regulations, and demand for high-performance buildings are driving the market for higher efficiency heating, ventilation and air conditioning (HVAC) systems for commercial buildings. HVAC systems are the main energy consumers in commercial buildings, accounting for approximately 44% of all commercial buildingsâ€™ energy consumption. Improved component technologies, advanced control methods, and networked-based tools are leading to a paradigm shift in the way commercial HVAC systems are designed, operated, and managed. This article will take a look at the different innovations and solutions available today.
This course will communicate the importance of indoor air quality (IAQ) and empower architects, designers and specifiers to employ strategies to improve the IAQ in the spaces they design. There will be several case studies of the effects of controlling versus not controlling indoor environmental quality at the design phase of building construction. Emphasis is drawn to the importance of emissions of VOCs over content only requirements. Moreover, the participants will learn the value of specifying certified low emitting products as a proven method for controlling VOC emissions that invade the indoor environment.
This course is designed to increase your knowledge of advanced heating technology used in Variable Refrigerant Flow (VRF) systems and their application and use in cold climates for commercial and residential buildings. The course will cover the performance capabilities, functions, benefits, and energy efficiencies of VRF heat pumps with advanced heating technology.
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