Varja tuulepark muutub väiksemaks

Varja tuulepark muutub väiksemaks

EN

Varja wind park to become smaller

Varja tuulepark koosneb neljast osast. Esimene osa on peaaegu valmis. Järgmise aasta alguses hakatakse ehitama 12 tuulikut.
Esialgu oli plaanis ehitada 32 kuni 34 tuulikut. Praegu on plaan muutunud ja . Lüganuse vallas on praegu 27 tuulikut. Tulevikus võib veel tulla 150 tuulikut, kuid valla juhid usuvad, et neid ei tekita nii palju.
Kohalikud elanikud on mures nende elukeskkonnale. Nad kardavad, et , kui tuulikuid tuleb liiga palju. See juhtub, kuigi on plaanis .
Varja tuulepargi esindaja ütles, et ehitada rohkem tuulikuid. Praegu on selgunud, et . Ta rääkis, et see võib .
Lüganuse vald on tuuleprojektide arendajatele öelnud, et kohalike elanikega. Valla esimees ütles, et tuulikuid ei ehitata .
Varja tuulepargi kulub vähemalt 90 miljonit eurot. Need tuulikud .
Varja wind park consists of four parts. The first part is almost complete. At the beginning of next year, construction of 12 turbines will begin.
Initially, there were plans to build 32 to 34 turbines. Now the plan has changed, and there will be only 23 turbines. Currently, there are 27 turbines in Lüganuse municipality. In the future, there may be up to 150 more turbines, but local leaders believe that they will not be built in such numbers.
Local residents are concerned about the impact of the turbines on their living environment. They are afraid that many people will move elsewhere if too many turbines are built. This is happening despite plans for compensatory measures.
A representative of Varja wind park said that initially there were plans to build more turbines. Now it has become clear that this is not possible. They mentioned that this may cause confusion among people.
Lüganuse municipality has told wind project developers that they must consult with local residents. The municipality head stated that turbines will not be built without people's consent.
The construction of the first turbines for Varja wind park will cost at least 90 million euros. These turbines will produce about 250 gigawatt-hours of electricity annually.