Adjustable elevation (tilt) angles can also have other practical uses. Depending on design, cleaning can be easier. Or, horizontal orientation fixing for perhaps upcoming wind events. Or, vertical, or > 90 deg., or even inverted (depending on underside configuration of electronics, etc.) as a way to deal with snow removal can be an option. Adjustable orientation can have nice side bennies even if not used as a way to enhance production.
I built a couple of thermal collectors that had adjustable tilts, primarily tp be able to investigate tilt angle effects on the output and temps. It also turned out to be practical for maint./changing out collector internals and glazings. I'd guess it's not a big cost/hassle factor for relatively small arrays that can be adjusted with 2 hands/ 1 body. Nice to have added design flexibility if it can be done safely and practically for little/no cost.
I built a couple of thermal collectors that had adjustable tilts, primarily tp be able to investigate tilt angle effects on the output and temps. It also turned out to be practical for maint./changing out collector internals and glazings. I'd guess it's not a big cost/hassle factor for relatively small arrays that can be adjusted with 2 hands/ 1 body. Nice to have added design flexibility if it can be done safely and practically for little/no cost.
Comment