Around 5.3GW of solar was installed in Germany last year, however the trade body has warned that additional barriers will need to be “torn down” if the new German coalition government’s target of 200GW of operational solar capacity by 2030 is to be met.
A round-up of the latest solar news from the end of 2021, including Jinko Solar getting one step closer to listing its main subsidiary on the STAR Market, Massachusetts greenlighting more than 175MW of delayed projects and a couple of sizeable project acquisitions.
NTPC Renewable Energy (NTPC REL), the renewables arm of Indian state-owned power giant NTPC, has invited bids for balance of system (BOS) packages with land anywhere in India for 1000MW worth of projects within the Interstate Transmission System (ISTS) connected solar projects programme
Abu Dhabi-based renewables company Masdar has secured a deal to develop a solar project in the country of Georgia that will have a capacity of up to 100MW.
Indian independent power producer (IPP) Azure Power has fully commissioned its 600MW Interstate Transmission System (ISTS) connected solar project allocated by the Solar Energy Corporation of India (SECI)
Jules Scully explores how customised installation techniques supported the development of Singapore's largest floating solar project to date, the 60MWp Tengeh Floating Solar Farm.
In a somewhat turbulent, but always interesting year for solar PV, we’ve seen supply chain volatility and subsequent pricing concerns, a burgeoning technology arms race and a new regime in the US shake off the shackles of the four years prior. But what were PV Tech’s top ten stories of 2021?
As operational solar assets mature, news of repowering projects is steadily ramping up. Alice Grundy takes a look at what’s influencing decisions and just when the right time to repower is.
New technologies are emerging to help constrained grids integrate an increasing number of solar projects. Molly Lempriere takes a look at three case studies of where technology is helping to decarbonise the grid faster.
Accurate generation modelling and forecasting is integral to not just the financial performance of operational solar farms, but how they are integrated into modern grids. A study from Monash University in Australia has proven how artificial intelligence approaches can help drastically improve performance forecasts. Dr. Christoph Bergmeir, who led that study, details its key learnings.
