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System Application

 

System Application Solution

This section covers Variable speed drives, Low GWP Chiller, High-performance Chilled Water Systems, Chiller plant retrofitting and controls, Air side solutions, Decarbonization, and Data Center Solution & Application.

6 Innovative Technologies with DAIKIN

Optimizing Chilled Water Systems with Variable Speed Drives (VSDs)

Today it is common energy saving strategy to apply variable speed drives to chiller plant components. All VSD chiller plant becomes popular in high performance chiller plant practice. This presentation will discuss how to design and optimize plant control during design and operating phases. The VSD impacts on each components and interacting impact on plant will also be covered.

Besides VSD application fundamental introduction, common best practices application in chiller, in hot humid region will be included. The most popular chiller plant configuration variable primary flow design, control and concerns also covered.

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Low GWP Refrigerant Chillers

Global warming has been a big concern for decades and is becoming global crisis need to be tackled immediately Different industries and different regions need to work together to achieve carbon neutral to protect the earth and our living environment for a sustainable development. HVAC industry is playing an important role in carbon emission reduction over the past years. Among it , chiller and its system carbon emission accounts for the majority carbon emission. Low GWP refrigerant chiller will and is being the trend around the world. How to evaluate Low GWP refrigerant climate impact, what is the best available Green refrigerant to replace high GWP HFC chiller, are questioned by many engigeers. This presentation will discuss and demonstrate how Low GWP refrigerant chiller can help reduce carbon emission.

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Data Centre Cooling Solutions

Global digitalization is making data center more and more load intensive and energy intensive. Cooling system is critical for data center in order to achieve reliability, stability and minimized energy consumption. Data center cooling also has specific and unique design requirement. The presentation will discuss data center cooling solution, the industrial guideline, its air distribution, market trend and target, and best practices.
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Building Electrification for Decarbonization

In order to achieve the global goal of carbon neutral for sustainable environment, building decarbonization is critical and HVAC industry is playing an important role in building carbon emission reduction. One of the key strategies is building electrification, which means the conversion of fossil fuel heating system to equipment using electrical power. This topic discusses how to minimize the heating energy consumption by recovering the “free” condenser heat from  more efficient electric driven heat recovery or heat pump chiller to provide reheat, domestic hot water, laundry heating, process heating etc. in SEA. The presentation also demonstrates how water cooled heat pump to provide both cooling and heating capacity in tropical region for domestic hot water application to save energy and reduce carbon emission.

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Air-Side System Optimization

Building cooling system typically includes air side distribution and chilled water system. These two systems are interacting together and more engineers focus on chilled water side because it consumes more energy than air side, which makes many existing air side design and operation not optimized. This topic will introduce how air side is lined to chilled water system, and how to optimized air side application solution to improve indoor comfort and minimize energy cost. Air to air heat recovery also be covered to save more energy to avoid cool and reheat in some application scenarios.
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Designing Low Carbon Chiller Plants

Low carbon chiller plant is capturing more and more industry interest under the background of global environment initiatives. How Daikin can help to provide a holistic approach  to achieve that will be covered. High performance chiller plant design and operation will be discussed. Chiller plant configuration, low GWP low carbon equipment selection and equipment will also be covered. This presentation will focus more on best practices in hot humid region. Different solution Pros and Cons would be discussed. Especially the control and advantages of VPF would be covered.
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