Take off 講座：漂浮在陽光下.pdf

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1、MISSION SOLAR EXPLORE EUROPES NEXT ENERGY FRONTIERSide SessionTAKE OFF TALK:FLOATING ON SUNSHINEMISSION SOLAR EXPLORE EUROPES NEXT ENERGY FRONTIERSPEAKERSLina DubinaPolicy Advisor for Sustainability,SolarPower EuropeBethany MebanHead of Press&Policy Communications,SolarPower EuropeMISSION SOLAR EXPL

2、ORE EUROPES NEXT ENERGY FRONTIERSPEAKERLina DubinaPolicy Advisor for Sustainability,SolarPower EuropeLina Dubina,Policy Advisor for SustainabilitySolarPower Summit 2024Floating PV Best Practice GuidelinesSolarPower Europe EDP GroupEUR 2 to 9 bn cost of droughts each year70%of the worlds freshwater i

3、s used for agriculture;0.5%or Earths water is usable and available freshwater.80%of land surface area is used for man-made activities such as urbanisation,industrialisation and agriculture.There is a 6%increase in uptake by artificial surfaces in recent yearsWater-the next global emergency?38%of the

4、 EU population and 29%of EU territory was affected by water scarcity in 2019Floating PV:solar panels installed on a floating system or structure,on a water body,which can offer solutions for energy generation and water conservation.Onshore floating PV:PV systems built on water body located in inland

5、 areas Marine floating PV:PV systems built on salty and brackish water and can be defined as nearshore and offshore PV.Akuo SolarDuckFloating PV shows a tremendous potential for reaching energy and climate targets in Europe The market grows exponentially:in 2022 alone,2.3 GW was installed globally,r

6、eaching a total installed capacity on a global level reached 5.7 GW Estimates show that using 10%of the total surface freshwater on man-made reservoirs,global technical capacity for FPV could surpass 4 TW mark.4.5 TW could be installed using global hydropower stations alone(assuming 25%coverage rati

7、o).Why floating PV?Water efficiency Evaporation reduction up to 70%;Estimates show between 7000 10000 m3per MWp of installed FPV water savings annually;Wildlife&biodiversity Increase in colonisation and growth of flora and fauna over 3 year monitoring period in artificial quarry;40-60%of water cover

8、age could greatly reduce algal blooms due to shading effect;Socio-economic aspects New job opportunities in areas like engineering,construction,maintenance,etc;Energy sharing and financial benefits of projects;Energy access to green energy use in communities and rural areas;Bomhofsplas floating PV p

9、lant,the Netherlands;27.4 MWp25%of water surface coverageenergy production meets the energy demand of 7 800 Dutch householdsinstallation of 20 biohuts to assess ecological aspects Floating PV examplesOMega 1 and OMega 1BIS,France;17 MW rehabilitation of quarry45%of water surface coverageIncrease of

10、30 bird species over 3 year periodInstalled biohuts for ecological aspectsAccess for educational purposes to local schoolsWindsor floating PV project,California;1.8 MW Built on water treatment water plantGenerated more than 2million of kWh/year energyPV system helps to reduce water evaporation and a

11、lgae growthWhat do we need to tap into the floating PV potential?Promote EU level guidelines for technical and safety assessments Adapt permitting procedures and allow dual use of water bodies Incentivise floating PV through dedicated auction schemes and tendersProvide guidance on environmental impa

12、ct assessments and data collectionFind out more about the floating PV in our recent publications at https:/www.solarpowereurope.org/1.SolarPower Europes Floating PV report2.SolarPower Europes position paper TwitterLinkedinFacebookYoutubeThanks for listeningLina Dubina SolarPowerEuropeMISSION SOLAR EXPLORE EUROPES NEXT ENERGY FRONTIERMISSION SOLAR EXPLORE EUROPES NEXT ENERGY FRONTIERSPEAKERSLina DubinaPolicy Advisor for Sustainability,SolarPower EuropeBethany MebanHead of Press&Policy Communications,SolarPower Europe