1) Germany is undergoing an energy transition called "Energiewende" characterized by phasing out nuclear and coal power and increasing renewable energy sources like wind power. However, local acceptance of wind turbines is declining due to concerns about impacts on landscapes, health, and property values.
2) Acceptance of renewable energy projects is higher when local communities are involved in development and perceive projects as contributing to climate protection and local identity. Improving communication about climate impacts and coordinating policies could boost acceptance.
3) Guidelines for "fair wind energy", citizen energy funds, and neutral advisors can help address concerns, build trust, and promote local participation and benefits in the energy transition.
The document summarizes the key elements of the Clean Energy for All Europeans package. It discusses the need to modernize the energy system and transition to clean energy to meet climate targets of 50% renewable electricity by 2030 and carbon-free electricity by 2050. It outlines goals to create an enabling environment through market reforms, empower consumers, boost energy efficiency, develop renewable energy and new technologies, and ensure a socially fair transition through new jobs and protection of vulnerable groups. Investment needs are estimated at €177 billion annually until 2030 to meet targets.
This document summarizes a presentation about the WinWind project, which aims to increase social acceptance of wind energy in regions with low wind energy deployment. The project has identified several key factors affecting social acceptance, including perceptions of environmental and health impacts, procedural justice in decision-making, and distribution of economic benefits. Through stakeholder engagement and case studies of best practices, the project has developed policy recommendations around community participation, trust-building, and compensation. If successfully transferred, these practices could help expand wind energy development while gaining broader public support.
5 arthur hinsch_atjaunojamo_energoresursu_direktivaWinWind Project
This document summarizes a presentation on socially inclusive deployment of wind energy in Europe. It discusses the European policy context, including new EU strategies and directives that aim to boost renewable energy and citizen participation. Examples are provided from national policy roundtables in Germany, Spain, Norway, and Poland. A future European policy roundtable is announced to facilitate stakeholder exchange and review EU policy regarding social acceptance of renewable energy sources. Key questions are posed about barriers to wind energy, stakeholder roles, risks of decentralization, and best practices.
This document summarizes a presentation about renewable energy communities in Germany, with a focus on community wind farms. It defines renewable energy communities and notes they are common legal forms in Germany like limited partnerships. Community wind farms are driven by policy support, investment security, and local benefits. The document uses a specific community wind farm in Neuenkirchen, Germany as a case study, outlining its technical details, community acceptance drivers, and lessons for policymakers to support community energy.
2 juris ozolins vai_vejam_ir_vieta_elektroenergijas_tirguWinWind Project
The new electricity market design in the EU will help accommodate increasing renewable energy and achieve carbon neutrality by 2050. Short-term electricity markets will fully integrate variable renewable sources like wind and solar. Onshore wind turbine prices have dropped significantly since 2016 and are expected to stabilize below $0.8 million per MW in 2019, providing opportunities for wind energy but also challenges for wind turbine manufacturers.
1) Germany is undergoing an energy transition called "Energiewende" characterized by phasing out nuclear and coal power and increasing renewable energy sources like wind power. However, local acceptance of wind turbines is declining due to concerns about impacts on landscapes, health, and property values.
2) Acceptance of renewable energy projects is higher when local communities are involved in development and perceive projects as contributing to climate protection and local identity. Improving communication about climate impacts and coordinating policies could boost acceptance.
3) Guidelines for "fair wind energy", citizen energy funds, and neutral advisors can help address concerns, build trust, and promote local participation and benefits in the energy transition.
The document summarizes the key elements of the Clean Energy for All Europeans package. It discusses the need to modernize the energy system and transition to clean energy to meet climate targets of 50% renewable electricity by 2030 and carbon-free electricity by 2050. It outlines goals to create an enabling environment through market reforms, empower consumers, boost energy efficiency, develop renewable energy and new technologies, and ensure a socially fair transition through new jobs and protection of vulnerable groups. Investment needs are estimated at €177 billion annually until 2030 to meet targets.
This document summarizes a presentation about the WinWind project, which aims to increase social acceptance of wind energy in regions with low wind energy deployment. The project has identified several key factors affecting social acceptance, including perceptions of environmental and health impacts, procedural justice in decision-making, and distribution of economic benefits. Through stakeholder engagement and case studies of best practices, the project has developed policy recommendations around community participation, trust-building, and compensation. If successfully transferred, these practices could help expand wind energy development while gaining broader public support.
5 arthur hinsch_atjaunojamo_energoresursu_direktivaWinWind Project
This document summarizes a presentation on socially inclusive deployment of wind energy in Europe. It discusses the European policy context, including new EU strategies and directives that aim to boost renewable energy and citizen participation. Examples are provided from national policy roundtables in Germany, Spain, Norway, and Poland. A future European policy roundtable is announced to facilitate stakeholder exchange and review EU policy regarding social acceptance of renewable energy sources. Key questions are posed about barriers to wind energy, stakeholder roles, risks of decentralization, and best practices.
This document summarizes a presentation about renewable energy communities in Germany, with a focus on community wind farms. It defines renewable energy communities and notes they are common legal forms in Germany like limited partnerships. Community wind farms are driven by policy support, investment security, and local benefits. The document uses a specific community wind farm in Neuenkirchen, Germany as a case study, outlining its technical details, community acceptance drivers, and lessons for policymakers to support community energy.
2 juris ozolins vai_vejam_ir_vieta_elektroenergijas_tirguWinWind Project
The new electricity market design in the EU will help accommodate increasing renewable energy and achieve carbon neutrality by 2050. Short-term electricity markets will fully integrate variable renewable sources like wind and solar. Onshore wind turbine prices have dropped significantly since 2016 and are expected to stabilize below $0.8 million per MW in 2019, providing opportunities for wind energy but also challenges for wind turbine manufacturers.
1. Ojārs Balcers
Vēju parku ietekme
uz sikspārņiem
• EKOenerģijas zīmola
koordinators Latvijā
• LDF brīvprātīgais
Rīga 21.06.2018.
This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement no 764717. The sole
responsibility for the content of this presentation lies with its author and in no way reflects the views of the European Union.
2. Saturs
Sikspārņi
EKOenerģijas zīmols
VES un IVN Latvijā
Papē, LU Bioloģijas institūta
Ornitoloģisko pētījumu centrā
2014. gadā uzstādīja sikspārņu murdu
migrējošo sikspārņu ķeršanai. Papes
stacija ir kļuvusi par starptautiski
nozīmīgu Latvijas zinātnes
infrastruktūras centru Lejaskurzemē.
3. Sikspārņi
❖ Vienīgie zīdītāji, kas pielāgojušies
lidošanai.
❖ Latvijā dzīvo 16 sugas.
❖ Puse sugu ligzdo Latvijā, puse pārlido.
❖ Visas sugas aizsargā likums.
❖ Papē ir novērotas visas 16 Latvijas
sikspārņu sugas.
❖ Sezonā cauri Papei migrē vairāk par
200 sugu miljons putnu.
4. EKOenerģijas zīmols
❖ www.ekoenergy.org/lv/about-us/
❖ vides organizācijas piecus gadus strādā ar šo
elektroenerģijas zīmolu un elektroenerģijas praksi
❖ EKOenerģijas pārdotā elektrība ir ne tikai atjaunīga, bet
arī tiek saražota atbilstoši noteiktiem vides kritērijiem
❖ izmanto ES izcelsmes apliecinājumu dzēšanas sistēmu
❖ Latvijā mazumtirdzniecībā var iegādāties kopš
2015. gada
5. Sauszemes VES darbība Latvijā bieži kaitē sikspārņiem!
VES spārnu gaisa spiediena retinājums tos bieži traumē vai
nonāvē
VES un IVN
Latvijā
VES parku IVN Latvijā nenonodrošina
likumā formāli aizsargāto sikspārņu
reālu aizsardzību, nosakot VES
darbības noteikumus (starta un
apturēšanas vēja ātrumus, migrācijas
ceļi un laiki, sikspārņu klātbūtne
objektu tuvumā un uzskaite)
6. Ko darīt?
❖ Aizsargāt visus aizsargāto sugu dzīvniekus, arī VES
IVN procesā un darbības uzraudzībā
❖ Konsultēties, apspriest, izstrādāt un piemērot standarta
darbības noteikumus sauszemes VES
❖ Sekot ES un starptautiskajai labākajai praksei sikspārņu
aizsardzībai pret sauszemes VES nodarīto kaitējumu