Picture this: you’ve just entered the world of renewable energy, and your shiny new solar panels are glinting in the sun on your roof. You’re feeling like a green superhero saving the world, one kilowatt at a time. Then your cousin Larry, who has a knack for turning every family barbecue into an episode of…
We bet you have doubts about how Solarud can improve your energy yield. So, we are telling you how to verify the real impact of this water drainer device called Solarud.
First thing first: what do you need?
Be able to measure the output production per string in different MPPTs (monitoring).
Have two strings (different…
There are various inspection methods that can be done to a solar asset. Depending on the dimension and the purpose, you can choose the type of inspection that suits you the most.
Indeed, it is necessary and important to know the solar photovoltaic system condition, both during the construction as the O&M phase.
So, we’ll…
There are various inspection methods that can be done to a solar asset. Depending on the dimension and the purpose, you can choose the type of inspection that suits you the most.
Indeed, it is necessary and important to know the solar photovoltaic system condition, both during the construction as the O&M phase.
So, we’ll…
Daily we witness extreme phenomena of severe precipitation and extreme droughts, in different geographies of the world. Paying attention to water efficiency is crucial, especially in the context of increasing water scarcity and the need for sustainable resource management. Water is a finite and precious resource, and as demands for it continue to rise, it…
The presence of a common dust pattern, often referred to as a "soiling band," is a recurring issue we observe in nearly every photovoltaic installation we visit. This problem becomes more pronounced, particularly in low tilt inclination photovoltaic systems, when cleaning and maintenance are neglected. Addressing this issue through regular maintenance and the solar water…
Soiling on Solar Modules
The light-collecting surfaces of solar power systems cover areas of more than 3,000 km2 worldwide, with solar modules accounting for the majority. An often-neglected problem is the contamination of these surfaces, so-called “soiling,” which leads to significantly reduced energy yields, especially in high-insolation arid and semi-arid climates. Indeed, an inadequate soiling…