Monday, June 17, 2024

Passive photo voltaic tracker wind stowing boosts power manufacturing – pv journal International


Solar panels are sometimes tilted in a hidden place to stop wind harm to grounded tools. Array Technologies has launched a passive stowing technique that reportedly prevents pointless manufacturing losses.

From pv journal USA

During excessive wind occasions, utility-scale photo voltaic property are usually robotically tilted to a stowed place to stop harm and downtime from repairs. High winds may cause photo voltaic panels to vibrate and rotate, resulting in microcracking, twisting, or breaking the panels.

However, storing photo voltaic trackers can result in lack of manufacturing as a result of they don’t observe the solar in an lively stow system.

Array Technologies, a number one supplier of photo voltaic monitoring methods, is working with impartial engineering and design agency DNV to check another methodology to lively stowage known as passive stowing. The evaluation centered on evaluating the power losses related to totally different tracker wind stow strategies and regarded a number of variables, together with wind velocity stowing thresholds, wind route, dwell time, stow exit wind velocity threshold, stow angle, and stow route.

In Array’s passive stow system, most rows monitor usually when stow is triggered by a wind occasion. The Array modeled a wind occasion with DNV, displaying that the outer rows of the photo voltaic array, and 17% of the internal rows have been stored out of regular alignment. On the opposite hand, the lively stow system strikes the whole array from the monitoring place, does it at a decrease wind velocity, and doesn’t use the wind route as a measure of hiding.

The research discovered vital variations in power manufacturing losses between passive and lively stow methods. Passive stowing was discovered to result in 0.05% annual power loss, whereas standard lively storage led to a 2.8% common annual power loss. A DNV research reveals that standard lively stow methods can result in as much as 4.3% annual power loss.

“Weather occasions costing $1 billion or extra have elevated considerably, with wind occasions now rating because the second highest reason for insurance coverage claims over the previous three many years,” the report stated. . “Array’s passive wind stow know-how not solely mitigates these dangers by sustaining greater operational effectivity throughout wind occasions but in addition improves the predictability of power manufacturing forecasts.”

Array Technologies’ DuraTrack and OmniTrack merchandise each use passive stow know-how.

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