A one-megawatt installation is planned; gigawatt installations could follow it.
A solar installation makes sense in the shadow of the nuclear energy plant whose reactor exploded in 1986. The land is too radioactive for farming, or hunting, or forestry, and transmission lines that were intended to send electricity from the Chernobyl nuclear power plant to the rest of Ukraine are already in place. Rodina and its partner Enerparc AG, a German financing company, plan to spend up to €100 million (or $119 million) to build renewable energy in Chernobyl’s exclusion zone.
Rodina isn’t the only company looking to take up the Ukrainian government’s offer of cheap land. A year ago, two Chinese companies announced a plan to build a huge 1 GW solar farm in Chernobyl’s exclusion zone, although the companies seem to have made little movement on that plan thus far. In July of this year, French energy company Energie SA also announced plans to conduct a pre-feasibility study for a billion-euro solar plant near Chernobyl. Ukraine’s minister of ecology told Bloomberg at the time that more than 60 companies had expressed interest in building renewable energy in the vicinity of Chernobyl.
Besides cheap land, Ukraine is also attracting investors by offering “relatively high feed-in tariffs,” according to Bloomberg New Energy Finance. Rodina’s contract specifies that it will receive €0.15 (or $0.18) per kilowatt-hour until 2030, which is “almost 40 percent higher than the upper band of Bloomberg New Energy Finance’s benchmark range for the levelized cost of solar in Europe.”
Of course, safe construction and operation is still a factor in the exclusion zone. The recent completion of the New Safe Confinement (NSC), a massive, high-tech shelter built to protect the hastily entombed remains of Chernobyl’s reactor 4, may offer some assurance to investors that the radioactivity of the environment will be stable for the foreseeable future. The €1.5 billion ($1.58 billion) NSC, built by the European Bank for Reconstruction and Development, is intended to prevent any spontaneous radioactive release from reactor 4 for the next 100 years.
Ars Technica sits down with Shawn Frayne, one of the creators of HoloPlayer One, the world’s first interactive lightfield development kit.