EN Energy system efficient performance and energy policy

The 2020 crisis caused by COVID makes the global economy move forward to a new start. In order to achieve strategic goals, the energy sector and the HVAC&R sector forced by faced problems to energy efficiency projects and technologies development and deployment to get fast return on investment a...

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Main Authors: O. Yakovleva, O. Ostapenko, V. Trandafilov
Format: Article
Language:English
Published: Odessa National Academy of Food Technologies 2021-01-01
Series:Holodilʹnaâ Tehnika i Tehnologiâ
Subjects:
Online Access:https://journals.onaft.edu.ua/index.php/reftech/article/view/1952
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spelling doaj-fb16e3e0c65e44fcbb0fac4d7bf8631d2021-02-18T11:03:26ZengOdessa National Academy of Food TechnologiesHolodilʹnaâ Tehnika i Tehnologiâ0453-83072409-67922021-01-01563-415616710.15673/ret.v56i3-4.19521952EN Energy system efficient performance and energy policyO. Yakovleva0O. Ostapenko1V. Trandafilov2Odessa National Academy of Food Technologies, 1/3 Dvoryanskaya str., Odessa, 65082, UkraineOdessa National Academy of Food Technologies, 1/3 Dvoryanskaya str., Odessa, 65082, UkraineOdessa National Academy of Food Technologies, 1/3 Dvoryanskaya str., Odessa, 65082, UkraineThe 2020 crisis caused by COVID makes the global economy move forward to a new start. In order to achieve strategic goals, the energy sector and the HVAC&R sector forced by faced problems to energy efficiency projects and technologies development and deployment to get fast return on investment and to manage risks for the secure step forward. To meet strategic packet goals global community should redirect investment into the renewables technologies development to integrate them with the energy efficiency projects in the project design phase. On the study of the solar thermal system due to increasing the outlet temperature of ground source heat exchanger it is possible to observe floating increasing COP (opera­ting mode dependence) for the HP system by 4-6%. For getting the greater angles of the collector, the more of the inbound energy can be accumulated and used per annual year. For that reason, collectors intended for the maintenance of HP system, when installing at a large angle. It can reduce the amount of excess heat in the summer season, while the efficiency of the collectors in winter season falling under a smaller angle optimized. The increasing of the COP is caused by reducing of the electrical input to the heat pump cause higher temperature level gain by solar collector. The use of solar thermal collectors bring possibility to reduce borehole depletion. In own turn it can be used for ground heat exchanger regeneration during heat pump stand by. Ukraine can look for the best practices of the sustainable deve­lopment goals worldwide and adopt them by modifying for actual complex tasks due to actual regulations and development new ones to motivate industrial players on the national and global levels for driving sectors development along with the sustainable development scenariohttps://journals.onaft.edu.ua/index.php/reftech/article/view/1952energy systemsefficient performancehvac&r systemsenergy policysustainable development scenario
collection DOAJ
language English
format Article
sources DOAJ
author O. Yakovleva
O. Ostapenko
V. Trandafilov
spellingShingle O. Yakovleva
O. Ostapenko
V. Trandafilov
EN Energy system efficient performance and energy policy
Holodilʹnaâ Tehnika i Tehnologiâ
energy systems
efficient performance
hvac&r systems
energy policy
sustainable development scenario
author_facet O. Yakovleva
O. Ostapenko
V. Trandafilov
author_sort O. Yakovleva
title EN Energy system efficient performance and energy policy
title_short EN Energy system efficient performance and energy policy
title_full EN Energy system efficient performance and energy policy
title_fullStr EN Energy system efficient performance and energy policy
title_full_unstemmed EN Energy system efficient performance and energy policy
title_sort en energy system efficient performance and energy policy
publisher Odessa National Academy of Food Technologies
series Holodilʹnaâ Tehnika i Tehnologiâ
issn 0453-8307
2409-6792
publishDate 2021-01-01
description The 2020 crisis caused by COVID makes the global economy move forward to a new start. In order to achieve strategic goals, the energy sector and the HVAC&R sector forced by faced problems to energy efficiency projects and technologies development and deployment to get fast return on investment and to manage risks for the secure step forward. To meet strategic packet goals global community should redirect investment into the renewables technologies development to integrate them with the energy efficiency projects in the project design phase. On the study of the solar thermal system due to increasing the outlet temperature of ground source heat exchanger it is possible to observe floating increasing COP (opera­ting mode dependence) for the HP system by 4-6%. For getting the greater angles of the collector, the more of the inbound energy can be accumulated and used per annual year. For that reason, collectors intended for the maintenance of HP system, when installing at a large angle. It can reduce the amount of excess heat in the summer season, while the efficiency of the collectors in winter season falling under a smaller angle optimized. The increasing of the COP is caused by reducing of the electrical input to the heat pump cause higher temperature level gain by solar collector. The use of solar thermal collectors bring possibility to reduce borehole depletion. In own turn it can be used for ground heat exchanger regeneration during heat pump stand by. Ukraine can look for the best practices of the sustainable deve­lopment goals worldwide and adopt them by modifying for actual complex tasks due to actual regulations and development new ones to motivate industrial players on the national and global levels for driving sectors development along with the sustainable development scenario
topic energy systems
efficient performance
hvac&r systems
energy policy
sustainable development scenario
url https://journals.onaft.edu.ua/index.php/reftech/article/view/1952
work_keys_str_mv AT oyakovleva enenergysystemefficientperformanceandenergypolicy
AT oostapenko enenergysystemefficientperformanceandenergypolicy
AT vtrandafilov enenergysystemefficientperformanceandenergypolicy
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