Hybrid Heat Pump
Kursthemen
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In this HyCool course module about Hybrid Heat Pumps, we present you this innovative technology via a collection of links to external sources (web pages, online videos, etc.). Afther this eLearning section you get to know a Performance Calculator Tool and you can prove your gained skills in a Quizz (see section Refrigeration Capacity and EER Calculator Tool and Quizz).
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Lesson 1. Basics
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This video presents the basics regarding Hybrid Heat Pumps with the lesson contains:
- What is Hybrid Heat Pump?
- Evaporative Cooling
- Vapour Compression HP
- Adsorption HP
- Adsorption HP vs. Vapour Compression HP
- Possible Layouts of the HHP
- Application in HyCool
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The accompanying presentation slides to the video regarding hybrid heat pump basics can be downloaded here.
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Lesson 2: Construction and Features
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This video presents the Construction and Features of the Hybrid Heat Pump with the lesson contains:
- How is the adsorption heat pump built?
- How is the hybrid heat pump built?
- Influence of the operating temperatures on the performance of the HHP
- Energy balance of the HHP
- How is the adsorption heat pump built?
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The accompanying presentation slides to the video regarding Construction and Features of Hybrid Heat Pumps can be downloaded here.
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Lesson 3: System Planning
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This video presents the planning of a system with a Hybrid Heat Pump. The lesson contains:
- What is the general layout of a system with HHP?
- What are the placing requirements for a HHP?
- What heat transfer fluids a HHP can be filled with?
- What are the most important guidelines for planning of installations with a HHP?
- How to integrate the HHP with superior control system.
- Why is proper commissioning by certified staff so important?
- How to prepare the installation for the commissioning.
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The accompanying presentation slides to the video regarding the Planning of a System with a Hybrid Heat Pump can be downloaded here.
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Lesson 4 Operation and Maintenance
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This video presents the Operation and Maintenanceof a System with a Hybrid Heat Pump. The lesson contains:
- What are the operating limits and who can operate the HHP?
- What are the operating modes of the HHP?
- How to switch the HHP on and off?
- What settings can be changed by the user on the HMI?
- What are the common issues with the HHP?
- What are the maintenance requirements and who can perform the maintenance tasks?
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The accompanying presentation slides to the video regarding the Operation and Maintenanceof a System with a Hybrid Heat Pump can be downloaded here.
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In this presentation the measurement protocol of HyCool's Hybrid Heat Pump is explaned and example results are shown.
Content:
- Understanding the measurement: aim and background
- Testing procedure and data reduction
- Examples of HYCOOL hybrid chiller measurement
- Understanding the measurement: aim and background
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Refrigeration Capacity and EER Calculator Tool
HyCool team has developed an online performance calculator tool to predict the refrigeration capacity and energy efficiency ratio (EER) of the cascade HyCool chiller for a given industrial cooling process.
The tool is developed using statistical analysis based on the result of the experimental tests carried out in the CNR laboratories. It is validated only for the tested cascade chiller type: an adsorption unit employing silica gel/water as working pair and a compression chiller using R1270 as refrigerant. The evaporator circuit from the adsorption chiller supplies the cooling water circuit for the compression chiller.
You may access this tool from the following link: https://hycool-project.eu/eer-calculator/
You will be asked to select values for 3 characteristics:
- Inlet temperature of the hot water in the adsorption chiller (HT)
- Inlet temperature of the re-cooling water in the adsorption chiller (MT)
- Outlet temperature of the chilled water/glycol solution from the compression chiller (LT)
Once you submit your input values, refrigeration capacity and EER of the cascade HyCool chiller will be presented on the screen and sent to the provided email address.
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Eine Bewertung erhalten Bestehensnote erreichen
Welcome to our quiz about the Refrigeration Capacity and EER Calculator Tool. This quiz requires a subscription (free user account) to the e-Learning platform www.waermepumpe-weiterbildung.at and full access to this course.
Click here to get your free user account and free full access to all our free courses.
Instructions:
- In order to find the correct answers, you need to use the web-based Refrigeration Capacity and EER Calculator Tool (click on the link to open the tool).
- Two questions require a numerical response, the other two questions are single-choice resp. multiple-choice questions.
- With the single-choice questions, only one of four possible answers is correct.
- The multiple-choice question counts with more than one correct answer - obviously ;-)
- No points are deducted for incorrectly answered questions.
- All questions are evenly scored with one point per correctly answered question.
- You can get immediate feedback on whether your answer is correct or not by clicking on the "Check" button.
- To proceed from one question to the next, click on the "Next page" button.
- The time is limited to ten minutes, after which time the quiz is closed and scored automatically.
- After finishing, click on the "Finish attempt ..."-button and then on the "Submit all and finish" button.
- Then, you get a review of all questions including the right answers as well as your Grade and Feedback.
- Don't worry, if your Grade is not the best. You can try the quiz as often as you want and improve from try to try.
Tipp: If you have problems with one question, answer the other questions first. If you still have time at the end, you can return to the unclear questions via the Quiz navigation box on the right side.
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