According to incomplete statistics of digital new energy DataBM. Com, 10 countries, including the Romania, Jordan, Kuwait, the United States, South Korea, Germany, Ivory Coast, India, the Philippines and Ukraine, have recently launched tenders for photovoltaic, wind power and energy storage. Statistics show that in the recent 10 overseas renewable energy tenders, the total capacity of solar energy tenders has reached 9.84 GW, wind energy 3.25 GW, energy storage 4 GWh, in addition to the Philippines over 10 GW photovoltaic wind power project tenders.
On June 18, the United Nations Development Programme (UNDP) launched a tender for solar photovoltaic solutions for Ukraine. The project, named "GP601413-Ukraine Solar Photovoltaic Solutions" , did not disclose the specific tender capacity. A non-mandatory pre-tender meeting will be held on June 24 and applications are due by July 8.
According to the incomplete statistics of the Digital New Energy DataBM. Com, in the near future. Romania, Jordan, Kuwait, the United States, South Korea, Germany, Cote d'Ivoire, India, the Philippines, and Ukraine have launched photovoltaic, wind power, and " statistics show that in the recent 10 countries' overseas renewable energy tenders. The total bidding capacity of solar energy has reached 9.84 GW . Wind 3.
:
May 15, The Ministry of Resources of Romania launched a tender for 1.472 GW solar energy and 2 GW wind energy projects;
On May 22, the New York State Energy Research and Development Agency launched a tender for 2.2G W solar energy projects;
On May 26, the New Renewable Energy Center of the Korea Energy Agency announced the tender for 1GW solar energy and 1.25 GW wind energy projects;
On May 29, the German Federal Network Agency launched a tender with a capacity
of 2.MW
. The Ministry of Energy and Mineral Resources of Jordan issued a tender for a 200 MW solar project ;
On May 21, the Kuwait Cooperative Projects Authority announced that it had started bidding for the construction of two solar power plants with a total capacity of 500 MW;
On June 5, Ivory Coast 's state-owned utility company launched a tender for 200 MW of solar projects .
On June 18, the UNDP issued a tender for solar photovoltaic solutions in Ukraine, but did not disclose the specific capacity .
As far as the bidding capacity is concerned, the bidding for over 10GW photovoltaic wind power in the Philippines is undoubtedly the "highlight" of the recent bidding boom. (See: " 
Rooftop PV 5.68 pesos per kWh (0 HTML 0 UNK5 4 (about RMB0.71 0 HTML0 UNK5 5), 0 HTML0 UNK5 6 ground photovoltaic 0 HTML0 UNK5 7 4.4832 pesos per kilowatt-hour (0 HTML0 UNK5 8 (about RMB0.56 0 HTML0 UNK5 9), 0 HTML0UNK60 Floating photovoltaic 0 HTML0UNK61 6.5258 pesos per kilowatt-hour (0 HTML0UNK62 is about 0.82 yuan 0 HTML0UNK63), 0 HTML0UNK64 Onshore wind power 0 HTML0UNK65 6.0859 pesos per kilowatt hour (0 HTML0UNK66 about 0.77 yuan 0 HTML0UNK67), 0 HTML0UNK68 Solar Energy and Storage Project 0 HTML0UNK69 5.4028 pesos per kilowatt-hour (0 HTML0UNK70 equals 0.0 HTML0UNK71) In addition, 7 countries in 0 HTML0UNK72 have specified the upper limit of the tender price 0 HTML0UNK73. 0 HTML0UNK74 The Korea Energy Agency capped the pricing of 1GW 0 HTML0UNK75 solar power projects at 155,742 won/MWh (equivalent to about 817 yuan/MWh) 0 HTML0UNK76, a slight decrease from last year (157,307 won/MWh); HTML0UNK77 Wind Power Bidding Fixed Price Cap Remains 176 per MWh, 565 won (equivalent to RMB 917.0 HTML 0 UNK78), the Federal Network Agency of Germany stipulates that the maximum unit price of 0 HTML 0 UNK80 of 0 HTML 0 UNK79 photovoltaic project participating in the auction is 0.068 Euro/kWh (equivalent to RMB about 0.0 HTML 0 UNK81). Germany has proposed Solar Package 1. 0 HTML0UNK82 If the plan is approved by the European Commission, Germany will raise the maximum capacity of a single ground photovoltaic project from 20 MW to 50 MW. And introduce measures for special types of PV systems such as agricultural PV: 0 HTML 0 UNK83 Set higher price caps for special solar projects such as elevated agricultural PV, parking lot PV, swamp PV, and floating PV.
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