26 February 2016, Climate News Network, US blocks India’s solar power plan. World trade regulations have been invoked by the US to challenge India’s ambitious programme to expand massively its renewable energy capacity and provide local jobs. India has been told that it cannot go ahead as planned with its ambitious plan for a huge expansion of its renewable energy sector, because it seeks to provide work for Indian people. The case against India was brought by the US. The ruling, by the World Trade Organisation (WTO), says India’s National Solar Mission − which would create local jobs, while bringing electricity to millions of people − must be changed because it includes a domestic content clause requiring part of the solar cells to be produced nationally. What a difference two months make. On 12 December last year, US President Barack Obama praised the Paris Agreement on tackling climate change, just hours after it was finally concluded. “We’ve shown what’s possible when the world stands as one,” he said, adding that the agreement “represents the best chance we have to save the one planet that we’ve got”. Clear-cut victory The WTO says that its dispute settlement panel “handed the US a clear-cut victory . . . when it found that local content requirements India imposed on private solar power producers in a massive solar project violated trade rules, although the two sides are still discussing a potential settlement to the dispute”. One official of India’s Ministry of New and Renewable Energy told India Climate Dialogue that the ruling might make the country’s solar plan more expensive, and would definitely hit domestic manufacturing and, consequently, the possibility of creating jobs in the sector. Read More here
Category Archives: Solar
24 February 2016, Energy Post, What comes after solar PV? BIPV. The time of ugly solar panels is over. Make way for building-integrated photovoltaics. Fereidoon Sioshansi, president of Menlo Energy Economics and publisher of the newsletter EEnergy Informer, notes that BIPV not only look stunningly better, they also reduce costs. They can even lead to energy-producing buildings. Regardless of whether and how they are subsidized, solar photovoltaics (PVs) panels are gaining in popularity around the world, found on increasing number of roofs in sunny and even not so sunny countries. They continue to be installed in significant numbers even in places where they get little credit for any net generation into the network, as in Queensland, Australia. In such cases, customers adjust the size of the installations mostly for self-consumption. Traditionally, a customer with an existing roof would call a contractor to install them, paying out of pocket, or increasingly leasing them with little or no upfront investment. The result is generally an ugly, incongruous after thought, and an expensive one at that. Many roofs have protruding chimneys and other obstacles resulting in panels distributed in odd and unpleasant patterns. Other roofs are in wrong angles to the sun or shaded by neighbours‘ houses or trees, making them unsuitable for solar PVs. Today, an increasing number of architects and engineers are designing individual houses and entire subdivisions with solar panels in mind. The same goes for many commercial buildings, especially warehouses, parking garages, office buildings, shopping malls, airports, train stations – anything with large flat roofs. Including solar panels at the time the roof is being built reduces installation costs substantially, by some estimates as much as 20%. Read More here
14 January 2016, Business Green, New York State to phase out coal by 2020 in bid to become ‘international capital’ for clean energy. Governor Andrew Cuomo’s new environmental package also includes $15m fund for training workers in solar installation and technology. New York’s State Governor Andrew Cuomo yesterday announced plans for the US state to eliminate all use of coal by 2020 as part of a new environmental package designed to accelerate New York’s transition away from fossil fuels and towards wind and solar power. The environmental package, which was announced during Cuomo’s State of the State address, will see the state’s remaining coal-fired power stations close or transition to cleaner fuels within the next four years. The package also contains plans for a significant expansion of the State’s solar industry, with the installation of solar panels on more than 150,000 homes and businesses in the state and a $15m funding pot to train workers for solar installation and technology. Last month Cuomo set new clean energy mandates for New York – the new Clean Energy Standard will require the state to source at least 50 per cent of its electricity from renewables by 2030. Cuomo said he wants New York to become the “international capital” for clean energy. “The problem of climate change is finally being recognized by most world leaders, anyway,” he said. “Here in New York we have already been actively working to address it. Now, New York State has a business and an environmental opportunity. Let’s become the international capital for clean and green energy products.” The news was welcomed by New York’s director of the environment Heather Leibowitz, who said the measures would help lead the way in the fight against climate change. “The governor’s action will accelerate New York’s transition away from polluting fuels and towards efficient use of clean power from the wind and the sun. This means cleaner air for families, less global warming pollution, more stable electricity bills, and a stronger economy,” she said. Read More here
4 January 2016, New Matilda, Nuclear And Nonsense: An Insider’s Guide On Making Renewables Work. Renewable energy advocate Terry Leach takes up the fight for an inexhaustible power supply. Geoff Russell’s recent New Matilda article ‘Batteries and Bulldust’ makes the argument that renewable energy can’t displace fossil fuels due to the problems of the intermittency of renewable energy and the difficulty of storing electrical energy. Russell compares the stupidity of Germany’s renewable push to France’s wisdom in generating most of their power from nuclear. Obviously, the superior governance, cheaper electricity and lack of inefficient subsidies results in France consistently outperforming Germany economically. Sadly for the French this isn’t true. Germany is the economic powerhouse of Europe. Maybe, just maybe, the Germans aren’t ‘puddle shallow thinkers’. Problems of intermittency and storage of renewable energy are solvable, and the Germans are doing just that. Despite our current government’s opposition, technological development and entrepreneurship means that Australia is well placed to solve those problems here. Intermittent power Firstly, intermittency. Our electricity network is well equipped to cope with intermittency, as it has been built to cope with intermittency of demand. Demand fluctuates on daily, weekly and seasonal bases. We usually have a large proportion of our production capacity sitting idle, waiting for the high demand and price events that justify their economic existence. Like Europe, we have a continental grid, stretching from North Queensland to the West Coast of South Australia. Excess low cost capacity can be sent interstate, which means that demand, and therefore price, is smoothed. Currently we have cheap coal providing our base load capacity. Coal (like nuclear) can’t be ramped up and down quickly and has always needed to be supplemented by ‘dispatchable’ generation. This has historically been provided by gas and hydro. Read More here