This white paper helps you dive deeper into your solar data!
The European solar PV installations increased by 23% over the last year. The market is poised to continue to follow this upward trend in 2019 and install another 18 GW of solar PV capacity, bolstered by the increasing appetite and pool of opportunities for private PPAs.
Creating a unique convergence of opportunities to network, learn and share knowledge, the 6th edition of Solar Asset Management Europe represented industry views across the entire asset management and O&M spectrum. This brief report highlights some of the key fundamental topics discussed during the conference.
AI technology is advancing, enabling unprecedented opportunities!
This one elaborates on advanced data analysis in combination with…
Don't bite the dust!
Close to 40% of the total energy storage pipeline are solar plus storage projects. The combination of the two technologies is fast developing into a working business model for storage. It can radically change the energy supply landscape for good.
The rise of European corporate PPAs, key considerations for developers & …
The comprehensive list of European solar asset owners.
Europe has been upping its solar ante over the course of last year. According to SolarPower Europe, European PV installments grew by 28%, from 6.72 GW in 2016 to 8.61 GW in 2017. The region is poised to install an average of 14 GW every year till 2022. Furthermore, the European solar market is at the cusp of a new cycle, no longer bolstered by feed-in tariffs.
This article is concerned with examining the ending of feed-in tariffs and the respective available capacity across 8 European countries, and alternative solutions for when these tariffs come to the end of their cycle.
Even the best asset managers in the business may be missing out on opportunities to improve internal rates of return.
Sophisticated laser systems are being used to scare away birds that can cause significant loss of production on water-borne projects.
Stern Energy, as an independent PV O&M provider, is looking to give asset owners and asset managers a way of gathering all PV project information under a single pane of glass.
The optimization of the performance of a photovoltaic plant is increasingly important. Power losses may be caused by various factors such as electrical problems, degradation of modules, shading, high temperatures and the soiling effect, which is the subject of the present article, as it is a reversible potential factor.
The majority of attractive PV locations are impaired by soiling losses, which refers to loss in power due to dirt, dust, snow and other particles covering the surface of the PV module. Dust can originate from a number of sources, including pollution resulting from wind, vehicular activities and so forth.
PV operations and maintenance is no longer just about keeping plants going. It’s increasingly about continuously improving performance.
Sports, due to their ability to reach enormous number of fans worldwide, have long been platforms for value promotion. One of such values have been the concept of sustainability and energy efficiency that have become the subject of increased focus lately. We've compiled an overview of the 50 biggest solar systems connected to stadiums and sports venues worldwide.
To familiarize ourselves with the status quo of the ownership landscape, we created the 5th edition of our top 70 of European solar portfolios. This list comes in preparation of the two-day Solar Asset Management Europe conference, which is set to take place on the 7-8 of November 2017. For more information regarding the upcoming conference, click here.
The European solar PV market is one of the most mature markets in the world. Maturity, however, does not mean dullness. Plant and portfolio owners constantly adjust their operations to market dynamics in a way that maximizes returns.