There is no alternative to using hydrogen for climate protection. Climate change and its ensuing measures require a lot of effort, money, and above all the right solutions. Therefore, a meaningful project, which will be perceived worldwide as a model for complete technological change, is key. That is what the Bonn Climate Project and the CTC Bonn stand for! We can already see great steps towards a hydrogen economy being taken in Germany. Steps are good, but not enough; we need the implementation of a hydrogen economy now!
Why hasn’t more building-integrated PV (BIPV) been installed throughout the world? The simplest answer is that a PV module does not architecture make. The nature of the building process – its methods and logic – are key factors affecting technological transfer, as seen in the steel and concrete industries, which have been the basis of modern architecture for the past century. In many cases, standardization would go against the case-by-case approach to design and the interdisciplinary nature of the field. Solar architecture therefore involves a synergic concept of constructive and functional correctness, while always engaging an “aesthetic intentionality.” So how can the market segment continue to drive down costs?
After the “June rush” to complete solar projects in China – as well as the commissioning rush in Vietnam, which saw higher-than-expected demand of 4 GW in the first half – the growth of the regional solar market started to slow down in July and August, before anticipated Chinese demand picks up the slack again. With unexpectedly low demand in the third quarter, module manufacturers reacted first by marginally reducing utilization rates. Cell producers then cut production after cell prices collapsed.
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?
When Sony first commercially introduced lithium-ion batteries in 1991, the industry recognized their potential to revolutionize portable electronics. Ever since, there have been countless efforts to improve the technology, with many researchers focusing on energy density and longevity, in line with demand from emerging applications such as electric vehicles (EVs) and on-grid energy storage. Julian Jansen and Youmin Rong of IHS Markit discuss the effect of safety concerns on this rapidly growing global market.
With Kuwait, Qatar and even renewables laggard Saudi Arabia following in the wake of regional clean energy pioneer the UAE, a raft of huge solar tenders is entering the Middle Eastern project pipeline. Obstacles remain to overseas project developers but significant rewards are on offer.
The dire assessment from the International Panel on Climate Change (IPCC) made it very clear this past year: To avoid the worst impacts of the climate crisis, a significant shift to clean energy sources must be well underway by 2030.
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?
Today we have heard of farmers in Australia unhappy at the approval given for three solar projects on agricultural land and also learned the benefits PV can bring for fish and shrimp farmers. In this op-ed for pv magazine USA, Stoel Rives LLP attorneys Sara Bergan and Thomas Braun discuss the balancing act to be made between solar and agriculture in the emerging Midwestern PV market.
The state government of Victoria has approved three projects in the Shepparton region which have a combined generation capacity of 175 MW. However, some residents are upset at the loss of prime agricultural land and now-redundant irrigation equipment which had been upgraded using government grants.
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