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revealed sale of a 293MW DC utility-scale solar project growth platform in Japan, to funds managed by PAG Real Assets (PAG). As part of the sale, the majority

the principals (Yingli Green (China), Trina Solar (China), Sharp Corporation (Japan), Canadian Solar (Canada), Jinko Solar (China), Kaneka Corporation

acquiring and operating renewable energy assets across Asia, with a focus on Japan. The fund has attracted backing from pension funds, sovereign wealth funds,

more the business's approach of expansion and growth both in Europe as well as Japan, while ElectroRoute's existing monitoring group will certainly stay in

Amazon will certainly be sourcing green energy from Clean Energy Connect via Japanese trading house Itochu for its operations. Itochu will be establishing

to is set to get underway. In November, Tokyo-based VPP Japan, whose shareholders include general trader Itochu and Electric Power

Gaefke invited the conclusion, adding: "Developing mega-solar projects in Japan is a challenge, given that suitable land for construction is scarce, as well

internationally - has actually announced its financial investment in Japanese solar designer Yotsuya Capital with the objective to speed up the country's

is called Hinode Energy KK and also will develop large-scale solar projects in Japan. It has an initial portfolio of more than 200 MW throughout the nation. The

Japan’s Ministry of Economy, Trade and Industry (METI) has announced the results of the summer’s 300 MW auction for solar projects with a generation capacity of more than 500 kW. The ministry said it had initially accepted 146 project proposals with a combined capacity of 589.9 MW for review before procuring 63 projects with a total installed capacity of 195.8 MW. The lowest price for solar energy generated by a successful project was ¥10.50/kWh ($0.0988) and the highest ¥13.99 for an average price of ¥12.98. METI had set a ceiling price of ¥14/kWh, ¥1 less that the final average price of ¥15.01 posted in the previous auction, held in January. The earlier round, for projects of the same size, also allocated less than the 300 MW of capacity originally intended, settling on 196.6 MW of new projects. Few big facilities Successful projects in the latest tender included only four with more than 2 MW capacity, the larger facilities ranging in size from 20-35 MW. The remaining projects were all small solar parks. Japanese infrastructure company Japan Asia Group was among the successful developers, along with Toyota Motor Corporation; the First Solar Japan unit of the U.S. module manufacturer; and Ciel et Terre Japan, the local subsidiary of the French floating PV specialist. As a result of the lower-than-expected assigned capacity, METI will allocate 416.1 MW in the next solar auction, which will be held in the October-to-April first half of the Japanese fiscal year. That fifth procurement round was originally planned to procure 300 MW of new solar. Prices slowly falling Having fallen steeply from the level seen in Japan’s first two solar auctions, the solar energy price declined only marginally in the latest tender and still sits well above PV power prices recorded in several other markets. In the first procurement round held in Japan the final average price came in at ¥19.6/kWh, and in the second ¥16.47.

Japan Renewable Energy Corporation (JRE) has announced that it has commenced commercial operation of its 44 MW Nishinosato solar energy park in

Japan-based Iwatani Corporation, Kawasaki Heavy Industries, Kansai Electric Power and Marubeni Corporation have signed a MoU to discover large scale green hydrogen generation in Australia. The agreement with two energy facilities companies headquartered in Australia, Stanwell Corporation as well as APT Management Services Pty, to jointly carry out an usefulness research study of the Central Queensland Hydrogen Project (CQ- H2). This project will produce hydrogen on a large scale making use of renewable resource, melt it at the Port of Gladstone, Queensland, Australia, and afterwards export the liquefied hydrogen to Japan. Given that hydrogen is extensively expected to be an indispensable energy source for the awareness of a zero-carbon society, the production of a hydrogen supply chain, that includes transportation from overseas, is considered crucial. However, because the currently developed hydrogen production innovation using fossil fuels discharges CO2 during the production procedure, in order to attain a zero-carbon culture, it is necessary to establish CO2-free hydrogen manufacturing in combination with CO2 capture as well as storage modern technology and using renewable energy. Considering that the competitors for the procurement of CO2-free hydrogen sources has actually increased worldwide, it is very important to protect an inexpensive power supply from renewable energy resources and export ports. Against this backdrop, the Queensland government has been promoting the energy shift from nonrenewable fuel sources to renewable resource as well as hydrogen. In addition, Queensland has an extremely high potential for renewable energy, considering that the location experiences beneficial weather for greater than 300 days a year. Stanwell, an electric power corporation possessed by the Queensland federal government, also plays a vital duty in attaining this energy transition goal. As such, from 2019 to 2020 Iwatani and also Stanwell performed a concept research study of the manufacturing of green dissolved hydrogen as well as its export to Japan. Based upon the findings of the study, the 6 Japanese and also Australian business consented to totally execute a feasibility study to check out the industrial viability of the project. The system intends to produce and supply low-priced hydrogen dependably over the long-lasting and also has established objectives of creating at the very least 100 tonnes of hydrogen daily around 2026, as well as 800 tonnes of hydrogen daily from 2031. Currently, the production volume of melted hydrogen in Japan is 30 tonnes daily optimum, implying that the target production quantity of 800 tonnes each day from 2031 is about 26 times as high as the present manufacturing quantity in Japan. Making use of the Aldoga website (235 hectares), a hydrogen manufacturing base secured by Stanwell in the Gladstone region, will certainly be taken into consideration for the project, and also a site of about 100 hectares in Fisherman's Touchdown is to be gotten as a hydrogen liquefaction and also packing base. The project will also take into consideration providing green hydrogen, not only for export to Japan, yet additionally to meet neighborhood need. The feasibility study will certainly concentrate on assessments of production modern technology mainly for green hydrogen, the building of hydrogen liquefaction plants as well as melted hydrogen carriers, connected financing and also ecological assessments, and also commercialisation designs. Through the tasks of the project, all 6 firms will make every effort to produce a bilateral large- scale hydrogen supply chain promoted by the Japanese as well as Australian governments as well as thereby add to the realisation of a zero-carbon society.

has switched on a 21.9-MW solar farm in Tochigi prefecture, eastern Japan. The Ichikai Solar Power Plant covers an area of approximately 47 hectares and

of a feed-in tariff (FiT) up until August 2037. This year alone, Sonnedix Japan KK has increased its operating portfolio by almost 200 MW, according to

touch their batteries when parked will certainly be essential for nations like Japan to add more tidy energy, according to a Nobel Prize-winning designer of