Презентація начальника відділу нагляду за радіаційною безпекою та екологією Д...НАЕК «Енергоатом»
Презентація начальника відділу нагляду за радіаційною безпекою та екологією Дирекції з нагляду за безпекою Варбанця А.М. на сьомій лекції Весняної школи НАЕК "Енергоатом"
Investor View on Auctions for Large-scale Biomass Projectenergydialog
This document discusses investor views on auctions for large-scale biomass projects in Ukraine. It provides background on biomass technology and compares the cost per MWh to other renewable technologies like solar and wind. It also summarizes lessons from the UK's transition to renewable energy auctions, and compares the benefits and potential issues of adopting auctions in Ukraine. While auctions could increase pricing transparency and reduce corruption risks, concerns include the emphasis only on lowest price and lack of balancing mature vs. less established technologies.
Lessons learned with the Brazilian experience with energy auctions energydialog
This document summarizes lessons learned from Brazil's experience with energy auctions to procure renewable energy. It discusses how Brazil has combined legal stability through primary legislation with flexibility in auction design through secondary legislation. It also explains how Brazil allocates technical responsibilities and implements checks and balances among institutions. Additionally, it outlines fundamental trade-offs in auction design between various priorities and how the design has evolved over time.
Презентація начальника відділу нагляду за радіаційною безпекою та екологією Д...НАЕК «Енергоатом»
Презентація начальника відділу нагляду за радіаційною безпекою та екологією Дирекції з нагляду за безпекою Варбанця А.М. на сьомій лекції Весняної школи НАЕК "Енергоатом"
Investor View on Auctions for Large-scale Biomass Projectenergydialog
This document discusses investor views on auctions for large-scale biomass projects in Ukraine. It provides background on biomass technology and compares the cost per MWh to other renewable technologies like solar and wind. It also summarizes lessons from the UK's transition to renewable energy auctions, and compares the benefits and potential issues of adopting auctions in Ukraine. While auctions could increase pricing transparency and reduce corruption risks, concerns include the emphasis only on lowest price and lack of balancing mature vs. less established technologies.
Lessons learned with the Brazilian experience with energy auctions energydialog
This document summarizes lessons learned from Brazil's experience with energy auctions to procure renewable energy. It discusses how Brazil has combined legal stability through primary legislation with flexibility in auction design through secondary legislation. It also explains how Brazil allocates technical responsibilities and implements checks and balances among institutions. Additionally, it outlines fundamental trade-offs in auction design between various priorities and how the design has evolved over time.
RECOMMENDATIONS FOR AN EFFICIENT AND EFFECTIVE AUCTION DESIGN IN UKRAINEenergydialog
This document provides recommendations for auction design in Ukraine's renewable energy sector from the AURES II research project. It recommends a simple auction design with one-stage sealed-bid pricing, technology-specific auctions with location-neutrality. Volume setting should have annual revision within 20% and minimum project size thresholds decreasing over time to increase competition. It also proposes "medium-sized auctions" for smaller solar and wind projects of 1-5MW and 1-20MW to introduce more competition.
BEST PRACTICES FOR THE TRANSITION TRANSITION TOWARDS TOWARDS AUCTIONSenergydialog
The document discusses best practices for transitioning from feed-in tariffs to auctions for renewable energy deployment in Ukraine. It recommends tailoring auction design to the political, market, and institutional readiness of the country. The auction implementation process requires building capacity and aligning goals among stakeholders. The document also provides considerations for understanding bidders' risks and concerns to create favorable investment conditions.
The transition to auction system of REN support failed: Less investment and ...energydialog
The transition to an auction system of renewable energy support in Germany failed, resulting in less investment and higher costs. Data shows that installed wind capacity and new builds declined after Germany switched from feed-in tariffs to auctions in 2017. Tariffs have risen while investment has fallen. Overall, the evidence indicates that auctions lead to less renewable investment, exclude small and medium actors, and fail to stimulate as rapid a decline in costs compared to feed-in tariffs.
Competitive Selection and Support for Renewable Energyenergydialog
EBRD has financed over 146 renewable energy projects totaling 6,838 MW of capacity across 29 countries since its inception. It has provided over €4 billion in financing and the total project value is approximately €14 billion. EBRD promotes competitive auctions as an effective way to procure renewable energy at the lowest cost for consumers and governments, while also providing regulatory certainty for industry. Well-designed auctions consider factors such as prequalification of credible bidders, clear contractual agreements for offtake, and penalties to ensure project delivery.
Auctions for RES support - the convincing list of prosenergydialog
This document discusses the benefits of auction support schemes for renewable energy sources (RES). It establishes that auctions are the benchmark for compliance with the EU RES Directive and State Aid Guidelines. Auctions ensure support is granted in a competitive, transparent way that drives costs down for consumers while revealing the actual costs of developing RES. The document outlines the key aspects of RES auction schemes, such as requiring participation for new projects in all technologies except small installations. It argues auctions provide predictability, market integration and reduce regulatory risk for RES development.
The document discusses the European Commission's move to competitive bidding through tenders for renewable energy support across the EU. It notes that from 2017 onward, competitive bidding is required for 100% of planned renewable energy capacity. Tenders are said to allow for market-based price discovery, budget capping and planning, and a self-regulating phase-out mechanism to avoid over- or under-compensation of renewable energy sources. The document provides examples from Germany of declining solar PV support costs and offshore wind costs in Netherlands, Germany and Denmark since the introduction of tenders. It notes that avoiding over-compensation is important to reduce renewable energy support costs for taxpayers and consumers and ensure the sustainability of support schemes for investors.
The role of auctions in the energy transitionenergydialog
1. Auctions are increasingly being used globally as a renewable energy policy tool to aid the energy transition away from conventional sources towards renewable sources like solar and wind.
2. The benefits of limiting global warming to below 2°C, such as improved health and reduced costs from externalities, outweigh the incremental costs of transitioning to renewable energy by 2 to 5 times by 2050.
3. Auctions have helped drive down prices of solar and wind energy significantly, with average solar prices falling from $250/MWh in 2010 to $50/MWh in 2016 through competition, and average wind prices falling from $80/MWh to $40/MWh over the same period.
Ukraine has made progress in developing renewable energy and reducing natural gas consumption between 2014 and 2018. Key achievements include installing 2,120 MW of new heating capacity, 1,307 MW of new renewable energy capacity, and 7,450 families installing solar power plants totaling 157 MW. Ukraine's national renewable energy plan calls for renewables to account for 11% of primary energy supply by 2020 and 25% by 2035, requiring around €30 billion in investment. A new draft law proposes introducing renewable energy auctions starting in 2020 to further incentivize the renewable energy sector.
MAXIMISING THE ECONOMIC RECOVERY OF THE UK’S OIL AND GAS RESERVESenergydialog
The document discusses maximizing the economic recovery of the UK's oil and gas reserves. It introduces Cathy Cottrell, the First Secretary of Energy Policy at the British Embassy in Kyiv. It also provides information on the UK Oil and Gas Authority, noting that the Energy Act of 2016 established the legislative framework for the authority. Links are also included for further information.
A roadmap for increased investment in natural gas exploration and production ...energydialog
This document provides a summary of a report by Baringa Partners LLP commissioned by the European Bank for Reconstruction and Development (EBRD) to study Ukraine's upstream natural gas sector. The report analyzed the economic case for increasing domestic natural gas production in Ukraine, compared regulatory frameworks in international analogues like Romania and Mexico, and provided recommendations to attract more investment into Ukraine's natural gas exploration and production.
The document discusses the EU's Coal Regions in Transition Initiative. It aims to support coal regions transition to cleaner energy through developing transition strategies and concrete projects. A multi-stakeholder Platform and country teams work with regions to identify actions and accelerate transition. The Platform provides stakeholder dialogue, shares best practices, and guides access to EU funds. Initial country teams are working with regions in Slovakia, Poland, Greece, Romania, and Czechia. Upcoming deliverables include establishing a Platform Secretariat to organize meetings, provide technical assistance to regions, and develop support materials.
The Restructuring and Privatisation of Coal in the UK. Lessons for Ukraineenergydialog
The document discusses the privatization of the coal industry in the UK in the 1990s. It describes how falling coal demand, new gas capacity, and earlier colliery closures led the government to drastically reduce coal capacity through closures. The remaining mines were split into regional companies and standalone collieries, which were then privatized through competitive bidding. The government retained mineral rights and historic liabilities, licensing private owners to extract coal. The privatization process involved producing information on the assets and completing sales by the end of 1994, but the value achieved was small compared to the industry's book value and restructuring costs.
RECOMMENDATIONS FOR AN EFFICIENT AND EFFECTIVE AUCTION DESIGN IN UKRAINEenergydialog
This document provides recommendations for auction design in Ukraine's renewable energy sector from the AURES II research project. It recommends a simple auction design with one-stage sealed-bid pricing, technology-specific auctions with location-neutrality. Volume setting should have annual revision within 20% and minimum project size thresholds decreasing over time to increase competition. It also proposes "medium-sized auctions" for smaller solar and wind projects of 1-5MW and 1-20MW to introduce more competition.
BEST PRACTICES FOR THE TRANSITION TRANSITION TOWARDS TOWARDS AUCTIONSenergydialog
The document discusses best practices for transitioning from feed-in tariffs to auctions for renewable energy deployment in Ukraine. It recommends tailoring auction design to the political, market, and institutional readiness of the country. The auction implementation process requires building capacity and aligning goals among stakeholders. The document also provides considerations for understanding bidders' risks and concerns to create favorable investment conditions.
The transition to auction system of REN support failed: Less investment and ...energydialog
The transition to an auction system of renewable energy support in Germany failed, resulting in less investment and higher costs. Data shows that installed wind capacity and new builds declined after Germany switched from feed-in tariffs to auctions in 2017. Tariffs have risen while investment has fallen. Overall, the evidence indicates that auctions lead to less renewable investment, exclude small and medium actors, and fail to stimulate as rapid a decline in costs compared to feed-in tariffs.
Competitive Selection and Support for Renewable Energyenergydialog
EBRD has financed over 146 renewable energy projects totaling 6,838 MW of capacity across 29 countries since its inception. It has provided over €4 billion in financing and the total project value is approximately €14 billion. EBRD promotes competitive auctions as an effective way to procure renewable energy at the lowest cost for consumers and governments, while also providing regulatory certainty for industry. Well-designed auctions consider factors such as prequalification of credible bidders, clear contractual agreements for offtake, and penalties to ensure project delivery.
Auctions for RES support - the convincing list of prosenergydialog
This document discusses the benefits of auction support schemes for renewable energy sources (RES). It establishes that auctions are the benchmark for compliance with the EU RES Directive and State Aid Guidelines. Auctions ensure support is granted in a competitive, transparent way that drives costs down for consumers while revealing the actual costs of developing RES. The document outlines the key aspects of RES auction schemes, such as requiring participation for new projects in all technologies except small installations. It argues auctions provide predictability, market integration and reduce regulatory risk for RES development.
The document discusses the European Commission's move to competitive bidding through tenders for renewable energy support across the EU. It notes that from 2017 onward, competitive bidding is required for 100% of planned renewable energy capacity. Tenders are said to allow for market-based price discovery, budget capping and planning, and a self-regulating phase-out mechanism to avoid over- or under-compensation of renewable energy sources. The document provides examples from Germany of declining solar PV support costs and offshore wind costs in Netherlands, Germany and Denmark since the introduction of tenders. It notes that avoiding over-compensation is important to reduce renewable energy support costs for taxpayers and consumers and ensure the sustainability of support schemes for investors.
The role of auctions in the energy transitionenergydialog
1. Auctions are increasingly being used globally as a renewable energy policy tool to aid the energy transition away from conventional sources towards renewable sources like solar and wind.
2. The benefits of limiting global warming to below 2°C, such as improved health and reduced costs from externalities, outweigh the incremental costs of transitioning to renewable energy by 2 to 5 times by 2050.
3. Auctions have helped drive down prices of solar and wind energy significantly, with average solar prices falling from $250/MWh in 2010 to $50/MWh in 2016 through competition, and average wind prices falling from $80/MWh to $40/MWh over the same period.
Ukraine has made progress in developing renewable energy and reducing natural gas consumption between 2014 and 2018. Key achievements include installing 2,120 MW of new heating capacity, 1,307 MW of new renewable energy capacity, and 7,450 families installing solar power plants totaling 157 MW. Ukraine's national renewable energy plan calls for renewables to account for 11% of primary energy supply by 2020 and 25% by 2035, requiring around €30 billion in investment. A new draft law proposes introducing renewable energy auctions starting in 2020 to further incentivize the renewable energy sector.
MAXIMISING THE ECONOMIC RECOVERY OF THE UK’S OIL AND GAS RESERVESenergydialog
The document discusses maximizing the economic recovery of the UK's oil and gas reserves. It introduces Cathy Cottrell, the First Secretary of Energy Policy at the British Embassy in Kyiv. It also provides information on the UK Oil and Gas Authority, noting that the Energy Act of 2016 established the legislative framework for the authority. Links are also included for further information.
A roadmap for increased investment in natural gas exploration and production ...energydialog
This document provides a summary of a report by Baringa Partners LLP commissioned by the European Bank for Reconstruction and Development (EBRD) to study Ukraine's upstream natural gas sector. The report analyzed the economic case for increasing domestic natural gas production in Ukraine, compared regulatory frameworks in international analogues like Romania and Mexico, and provided recommendations to attract more investment into Ukraine's natural gas exploration and production.
The document discusses the EU's Coal Regions in Transition Initiative. It aims to support coal regions transition to cleaner energy through developing transition strategies and concrete projects. A multi-stakeholder Platform and country teams work with regions to identify actions and accelerate transition. The Platform provides stakeholder dialogue, shares best practices, and guides access to EU funds. Initial country teams are working with regions in Slovakia, Poland, Greece, Romania, and Czechia. Upcoming deliverables include establishing a Platform Secretariat to organize meetings, provide technical assistance to regions, and develop support materials.
The Restructuring and Privatisation of Coal in the UK. Lessons for Ukraineenergydialog
The document discusses the privatization of the coal industry in the UK in the 1990s. It describes how falling coal demand, new gas capacity, and earlier colliery closures led the government to drastically reduce coal capacity through closures. The remaining mines were split into regional companies and standalone collieries, which were then privatized through competitive bidding. The government retained mineral rights and historic liabilities, licensing private owners to extract coal. The privatization process involved producing information on the assets and completing sales by the end of 1994, but the value achieved was small compared to the industry's book value and restructuring costs.
2. Герб Прапор
Площа: 31,865 тис. км²
Питома вага лісів 20,7%
Кількість річок 1570
Населення: 1 109, 7 тис.чол
Якісний склад населення:
чоловіки 45,8%
жінки 54,2 %
Райони: 22
Міста обласного підпорядкування 4
Обласний центр Чернігів
Жителів 297,8 тис. чол.
Чернігівська область
Найбільші працюючі
підприємства:
Найбільші навчальні заклади:
АТ «Тютюнова компанія «В.А.Т.
Прилуки»
Чернігівський національний державний
педагогічний університет ім. Т. Г. Шевченка
НГВУ «Чернігівнафтогаз» Ніжинський державний педагогічний університет ім.
Н. В. Гоголя
Чернігівський пивзавод Чернігівський державний технологічний університет
Корюківська фабрика тех.
паперів
Чернігівський державний інститут економіки і
управління
Гнідинцівський газопереробний
завод
Чернігівський державний інститут права і
соціальних технологій
2
7. Максимальні довжини повітряних ліній:
ПЛ-0,4 кВ Л-1 от КТП-199 с. Івашківка (Городнянський р-н) – 5 км,
(оптимальна довжина ВЛ-0,4 кВ 0,6-0,8 км),
ПЛ-10 кВ «Пакуль-Ковпита» (Чернігівський р-н) – 60,5 км.,
(оптимальна довжина ВЛ-10 кВ 15-25 км),
Лінії електропередач 0,4-110 кВ
7
8. Кількість ПЛ 35-110 кВ з терміном експлуатації понад 30 років – 179 шт./3 232,58 км. (81%), із них:
- ПЛ-110 кВ – 41 шт./1 064,53 км. (78%),
- ПЛ-35 кВ – 138 шт./2 168,05 км. (82%).
Кількість трансформаторів, які працюють понад 25 років – 7 716 шт./2 080,83 МВА (82%),
із них:
- 110 кВ – 32 шт./471,1 МВА (51%),
- 35 кВ – 172 шт./412,6 МВА (86%),
- 6-10 кВ – 7 512 шт./1 197,13 МВА (63%).
Технічний стан мереж 0,4-110 кВ
Обладнання Загальна кількість
Незадовільний стан
(необхідна реконструкція
або заміна), %
Повітряні лінії 0,4-110 кВ, км: 34 470,15 62%
ВЛ 110 кВ, км 1 357,59 56%
ВЛ 35 кВ, км 2 650,63 51%
ВЛ 6-10 кВ, км 12 728,41 71%
ВЛ 0,4 кВ, км 17 733,52 64%
Кабельні лінії 0,4-10 кВ, км: 1 617,42 61%
КЛ 6-10 кВ, км 935,71 62%
КЛ 0,4 кВ, км 681,71 60%
Трансформаторні підстанції 10-110 кВ, шт.: 8 703 59%
ПС 110 кВ, шт. 37 92%
ПС 35 кВ, шт. 127 87%
ТП 6-10/0,4 кВ, шт. 8 491 58%
РП 6-10 кВ, шт. 48 83%
8
9. Найменування
Залишкова
вартість станом
на 31.10.2015,
млн. грн.
Оціночна
вартість , на
31.10.2017,
млн. грн.
Відновлювальна
вартість млн. грн.
Вартість мереж 0,4-110 кВ 347,40 5 907,85 45 485,20
Вартість активів збутової дирекції 3,45 429,97 1 442,50
Вартість споруд 16,60 290,93 688,50
Вартість ІТ 14,83 75,98 645,30
Транспорт и спец. механізми 5,61 111,82 1 401,31
Всього: 387,89 6 816,55 49 662,81
Загальна вартість активів ПАТ «ЧЕРНІГІВОБЛЕНЕРГО»
9
10. Відновлювальна вартість компанії ПАТ “ЧЕРНІГІВОБЛЕНЕРГО” складає:
49 662,81 млн. грн.
Для забезпечення надійної та безперебійної подачі електроенергії договірної
величини 2 692 552 кВт (2,7 ГВт) необхідно 81 811 млн. грн.
Існуюча максимальна потужність електричних мереж області складає
1 544 400 кВт (1,5 ГВт)
Дефіцит потужностей для забезпечення договірної величини становить
1 148 152 кВт (1,1 ГВт)
Для забезпечення максимальної договірної потужності для всіх існуючих
споживачів необхідний розвиток нових і реконструкція існуючих електричних
мереж області
Відновлювальна вартість компанії
10
11. При нинішньому обсязі інвестпрограми буде потрібно 55 років
для повної заміни парку приладів обліку у побутових споживачів
Впровадження SMART (розумних) приладів обліку
Досвід Австрії
Кількість SMART приладів обліку в %
Рік 2014 2015 2016 2017 2018 2019 2020 2021 2022 2023
Всього, % 2,9 3,6 4,5 9,3 23,6 50,2 86,2 95,0 99,6 100,0
В ПАТ «ЧЕРНІГІВОБЛЕНЕРГО» при RAB-регулюванні
Кількість SMART приладів обліку в %
Рік 2016 2017 2018 2019 2020 2021 2022 2023 2024 2025 2026 2027 2028 2029 2030
Всього,
%
1,0 1,9 9,9 17,5 25,1 32,7 40,3 47,9 55,5 63,1 70,7 78,3 85,9 93,5 100,0
11
13. Надходження електроенергії в мережі компанії ПАТ “ЧЕРНІГІВОБЛЕНЕРГО” за 2016р.
2 034 млн. кВт.г.
При цьому технологічні втрати електроенергії склали 268 млн. кВт.г.
Що в грошовому еквіваленті становить 510 млн. грн.
Розрахунок вартості втрат компанії за 2016р.
13