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Winters can be cold. The mass concept of earthships might give us some relief.
 
Winters can be cold. The mass concept of earthships might give us some relief.
  
=== Forests ===
+
=== Wide forests ===
 
Romania is not to densely populated and has got a lot of forest. Forests provide cooling due to their capacity to hold water. 47% of the country is covered by natural or semi natural ecosystems.
 
Romania is not to densely populated and has got a lot of forest. Forests provide cooling due to their capacity to hold water. 47% of the country is covered by natural or semi natural ecosystems.
  
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A location has to be chosen that is both remote and has some internet network.
 
A location has to be chosen that is both remote and has some internet network.
 
=== Energy ===
 
 
The country is favorable for renewable energy <ref>http://www.romania-energy.com/events/324-roenergy-bucharest-5--6-7-june-2013-trade-fair-the-easiest-way-to-make-contact-with-the-romanian-market</ref>
 
 
Because of his placement, Romania is situated in the European B sunlight, which gives the country a major solar potential waiting to be tapped. With 210 sunny days a year, Romania is eligible for annual energy flow between 1000 and 1300 located kWh / sqm / year.
 
Radiation level in Romania is very good compared to other countries with temperate climate, and differences, depending on geographical area, are very small. Solar radiation in Romania reaches maximum values ​​in June, 1.49 kWh / msq/day, lows were recorded in February, 0.34 kWh /msq/day, wrote Green Report.<ref>http://romaniasolarenergy.blogspot.nl/</ref>
 
 
==== Solar updraft tower ====
 
The collector area is expected to extract about 0.5 percent of the solar energy that falls on it. 376 acre for 1 MW.
 
 
Land prices 2,000 - 3,500 per acre = 752,000 - 1,316,000 EUR
 
 
Seems feasible. Not in a forest though.
 
 
=== PV panels ===
 
The most important solar regions of Romania are the Black Sea coast, Dobrogea and Oltenia with an average of 1,600 kWh/ m2/year
 
 
960 kwh / m2 / year = 109 W m2<ref>http://en.wikipedia.org/wiki/Solar_power_in_Romania</ref>
 
 
1 m2 = 200 eur<ref>http://www.zonnepanelen.nl/metdezon-a-merk-zonnepaneel-300-watt-piek.html</ref> = 109 W
 
 
1 MW = 1,8 million (most sunny areas)
 
 
1 MW = 2,9 million (least sunny areas)
 
 
 
Updraft:
 
 
1MW = 5 million<ref>http://en.wikipedia.org/wiki/Solar_updraft_tower</ref>
 
  
 
== references ==
 
== references ==
  
 
{{reflist}}
 
{{reflist}}

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