Installing a Solar PV array and battery storage installation for a returning customer in St Albans where Green Electrical installed a Zappi EV charger.
Installing a Solar PV array and battery storage installation for a returning customer in St Albans where Green Electrical installed a Zappi EV charger.
On this Installation we worked closely with our customer who is a expert in renewables, as he works in the wind turnbine industry. After a couple of months planning, our customer decided on a 14 panel array, installed across 3 roof pitches, with a south and east orintation as the property is East facing.
To compensate against any shading issues, Tigo Optimisers where installed with each solar panel to make the array as efficient as possible.
Our customer specified the battery brand and sizing, with a 5.8kwh Solax Battery and 3.6kwh Inverter being choosen and therefore installed.
Solar panel optimisers are beneficial for several reasons:
Increased Energy Production: Optimisers maximize the energy output of each solar panel by individually optimising the power output. This means that even if one panel is shaded or underperforming, it won't drag down the performance of the entire array. This can result in higher overall energy production.
Shade Tolerance: In installations where partial shading occurs, such as from nearby trees or buildings, optimisers can mitigate the impact of shading. By individually optimizing the output of each panel, optimisers ensure that shaded panels do not significantly affect the performance of the entire system.
Module-Level Monitoring: Optimisers often come with monitoring capabilities that allow for detailed tracking of the performance of each solar panel. This can help identify any issues or inefficiencies in the system quickly, allowing for timely maintenance and optimisation.
Safety: In traditional solar panel systems without optimisers, when one panel is shaded, it can lead to a phenomenon known as "hot spotting," where the shaded panel can become a potential fire hazard. Optimisers prevent this by limiting the power output of shaded panels, thus improving the safety of the system.
Flexibility in Design: Optimisers allow for greater flexibility in system design, including the ability to install panels in different orientations or on roofs with multiple angles. This flexibility can be particularly useful in challenging installation scenarios.
Compatibility with Different Inverters: Optimisers are often compatible with various types of inverters, including string inverters and microinverters, providing installers and homeowners with more options when designing a solar energy system.
Overall, solar panel optimisers can improve the performance, safety, and monitoring capabilities of solar energy systems, making them a beneficial addition, especially in installations prone to shading or where maximizing energy production is crucial.