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Motivation Who are we: Founding members Partnerships Documents Our goals: Projects Financing Maps Beneficiary Suport the project! Contact
	Proiecte Projects by county: Bistrita-Nasaud: Project coordinator: Conf.dr. ing. Ilie Suarasan - UT Cluj See the map, Prefeasibility Study (in romanian), Prefeasibility Study (in english), Planning contract with the Technical University of Cluj Napoca (in romanian), Theme of the project (in romanian), Accumulation - pumping Parva1 - Parva2 Alba: Project coordinator: Prof. dr. ing. Ioan Vadan - UT Cluj See the map, Prefeasibility Study (in romanian) Prefeasibility Study (in english) Planning contract with the Technical University of Cluj Napoca (in romanian), Brasov: See the map, Prefeasibility Study (in romanian) Prefeasibility Study (in english) Buzau: See the map, Prefeasibility Study (in romanian) Prefeasibility Study (in english) Cluj: Project coordinator: Conf.dr. ing. Radu Adrian Munteanu - UT Cluj See the map, Prefeasibility Study (in romanian) Prefeasibility Study (in english) Planning contract with the Technical University of Cluj Napoca (in romanian), Constanta: Prefeasibility Study (in romanian), Prefeasibility Study (in english), Residents in rural areas: 218,738. Green Energy received at the beginning: 437,476 kW, 7.655 million kW at the final of the project Dolj -> Residents in rural areas: 323,026. Green Energy received at the beginning: 646,052 kW, 11.305 million kW at the final of the project Gorj: Project coordinator: Prof. Dr. Ing. Sergiu Ivanov - Craiova University See the map, Prefeasibility Study (in romanian) Prefeasibility Study (in english), Harghita: See the map, Prefeasibility Study (in romanian) Prefeasibility Study (in english) Ialomita -> Residents in rural areas: 155,118. Green Energy received at the beginning: 310,236 kW, 5.429 million kW at the final of the project Iasi: See the map, Prefeasibility Study (in romanian) Prefeasibility Study (in english), Maramures: Lecturer: Budu Sorin Radu - UT Cluj See the map, Prefeasibility Study (in romanian) Prefeasibility Study (in english), Planning contract with the Technical University of Cluj Napoca (in romanian), Mehedinti: See the map, Prefeasibility Study (in romanian) Prefeasibility Study (in english), Mures: See the map, Prefeasibility Study (in romanian) Prefeasibility Study (in english), Neamt: See the map Prefeasibility Study (in romanian) Prahova: Project coordinator: Prof. Univ. Nicolae Olariu - Universitatea "Valahia" Targoviste Vezi Prefeasibility Study (in romanian) Prefeasibility Study (in english), Salaj: Project coordinator: Conf.dr. ing. Ilie Suarasan - UT Cluj See the map, Prefeasibility Study (in romanian), Prefeasibility Study (in english), Planning contract with the Technical University of Cluj Napoca (in romanian), Theme of the project (in romanian) Satu Mare: See the map, Prefeasibility Study (in romanian), Prefeasibility Study (in english), Planning contract with the Technical University of Cluj Napoca (in romanian), Theme of the project (in romanian) Sibiu -> vezi Suceava -> vezi Tulcea -> Residents in rural areas: 265,871. Green Energy received at the beginning: 531,742 kW, 9.305 million kW at the final of the project Valcea: See the map, Prefeasibility Study (in romanian) Vaslui -> See the map Vrancea: See the map, Prefeasibility Study (in romanian) Measurements of wind in mountain areas and Dobrogea Wind farms of 450 MW as follows: 250 MW in Dobrogea and 200 MW mountain area of Rotunda, Suhard, Bargau, Rodna 30 MW photovoltaic park Hydraulic network in the working path of highways, capable of transporting large quantities of water to produce hydroelectric power, to protect the urban agglomerations and major drought, to provide free water for irrigation, in major agricultural areas, according to attached map. Conections from Bicaz accumulation to rivers: Moldova, Siret, Prut, Mures, Tirnave, Olt, Prahova, Buzau Creating large hydro designs: Parva-Salva for Somes and Tisa, Sieu-Ardan for Mures, Beclean, Dej, Rastoci on Somesul Mare, Lapus, Cavnic and Apold-Bradeni for Tirnave. Creating hydro designs with small storage capacities (up to 36 hours) to Repedea 580, Poienile de sub Munte 620, Vaser-Novat 600, Borsa 600, Iza 700, Salauta 700, Somes-Cormaia 450, Ilva 510, Lesu 550, Tiha Bargau 620, Bistrita Birgau 600 - out Colibita, Cusma 520, Rastolnita-Mures 500 � confluence with Galauaia, Lapusna 780, Lapusna-Ghurgiu 615, Gurghiu-Mures 365, Buru-Iara 363, Cheia 340 - Turda 320, Ienut-Mures 277, Gura Aries-Mures 260, Coroi-Tirnava Mica 314, Dumbraveni-Sighisoara 330, Tirnava Mare-Cincu-Fagaras (+Hidroelectric plant) 416, Persani-Sinca 484, Dumbravita 520, Cristian 590, Postavarul 657, Cheile Risnoavei 720, Sinaia 820, Comarnic 564, Cimpina 352, Filipesti 260, Teleajen 82, Dridu 61, Sineu 780, Subcetate-Ditrau 690, Tulghes-Pintic 607 (Bicaz + Hidroelectric plant)500, Mitocu-Balan 646, Cracauani 500, Timisesti-Tg Neamt 285, Pascani (+Hidroelectric plant) 216, Balcesti 80, Podul Ilioaiei 57, Prut 35, Plescoi 150, Buzau 70, Dedulesti 170, Rm Sarat 71, Dragoslaveni 120, Gugesti 72, Brosteni 150, Focsani 73, Panciu 200, Ivancesti 85, Garoafa 70, Calinesti-Siret 72 (Hidroelectric plant). Integrated protection from floods and alert to red code systems. "Squeezing" clouds systems in the accumulation areas: Parva, Bicaz, Lotru Modern electric heating systems in schools, kindergartens and hospitals, if they were insulated. Social programs to stabilize the Rrom comunity in rural areas, with investment in green energy and attractive mechanisms for long-term stabilization and education, including free energy insurance, if they stay in the area and send their children to school.	Let green energy to flow freely!

Proiecte