According to the bidding terms published by the National Energy Commission, project proposals may be submitted by June 11 and the results will be announced on June 19. Successful bidders will secure a 15-year power supply deal and some 5.6 TWh of electricity is expected to be generated annually as a result of the new capacity.
The latest study published by the International Renewable Energy Agency says the average solar electricity cost of $0.085/kWh produced by projects commissioned last year is set to fall to $0.048 next year, and $0.02-0.08 by 2030.
The latest figures released by BloombergNEF show new solar and onshore wind power plants have reached parity with average wholesale prices in California, China and parts of Europe. The technologies are winning the race to be the cheapest sources of new generation for two-thirds of the world’s population.
The World Climate Summit in Santiago de Chile, set to be held in just a few weeks, has just been cancelled. Against a background of social protests in the country, concerns have recently grown as to whether logistics and security could be guaranteed for the event. Nevertheless, social problems and environmental protection must not be played off against each other: Both are closely linked to the economic paradigms of recent decades.
A study has divided the world into 12 climate zones on the basis of the Köppen–Geiger classification map. The paper confirmed Chile’s Atacama region has the world’s highest solar radiation but also showed the region with the highest performance ratio for PV systems was near Moscow.
Trade tariffs are spreading across the global PV industry. The United States has been especially active with its sandwich of old antidumping and countervailing duties coupled with new Section 201, 232 and 301 duties. Some of these are part of the Sino-U.S. trade dispute; others impact not only Chinese producers, but manufacturers around the world. So, what will be the impact of this new era of PV protectionism on the solar sector?
The early development of PV projects in Latin America was spearheaded by one country: Chile. And while there remain prospects for large-scale project development, its distributed generation segment has the potential for enormous growth, says Marcela Puntí Martín, the general manager of the Chilean Solar Energy Association (ACESOL).
Chile is home to a massive 10.3 million tons of lithium reserves, most of which is found in the Atacama Desert in the northern part of the country. With some of the highest solar irradiation levels on Earth, this region also boasts the perfect conditions for generating solar power. Developments in the photovoltaic market, alongside implementation of more efficient energy storage systems, are positioning Chile as a regional leader in this field. So what does the future hold for battery energy storage systems (BESS) in Chile, and what obstacles lie in their way?
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