SkyHighTech
Uploaded on Oct 11, 2022
The advances in robotic cleaning provide asset managers with more than cleaning itself, but also with data collection and full visibility into cleaning. In addition, with full remote operation via an AI powered management system,the solar panel cleaning robot becomes more than a cleaning android. They are eyes in the field 24/7, mitigating the costs of sending workers for on-site visits a handful of times a year, and changing the way sites are managed. With daily monitoring of your panels and structure, corrective maintenance becomes easier and more efficient. Real-time alerts enable to address reliability issues preemptively. For example, severe dust storms have been known to take panels out of place, and an on-site inspection surveying millions of panels had to be manually conducted. With autonomous, smart, and connected robots on-site manual inspection is no longer needed.
Ecoppia's O&M Solar (1)
Ecoppia's O&M
Solar
In order to continue to be profitable in the
solar industry today, O&M costs must be
reduced. One must minimize risk and
uncertainty as much as possible in order to
succeed.
Maintaining panels requires being
proactive if one's assets are to last for the
duration of a project.
Know More-Ecoppia's O&M Solar
Reducing overhead costs is only possible
with cutting-edge autonomous solutions
given the size of new projects currently
being developed in the MENA region, many
of which reach thousands of MW or GW.
Solar parks are typically located in remote
areas, so one needs solutions that don't
require frequent staff visits
When it comes to panel performance, the
heavy soiling that takes place in the MENA
region necessitates sites having routine, if
not daily cleaning; depending on manual
labor can be an expensive and ineffective
endeavor
Additionally, there is a chance that
workers will damage the panels, and brush
bristles could cause the ARC to become
abraded.
By ensuring that labor costs are kept to a
minimum and reducing water
consumption, automation keeps a project
viable. Through daily cleaning with
waterless solutions, solar modules are kept
operating at their best
It also eliminates the expense of building
water infrastructure or importing water to
desert regions, as well as the costs
associated with fluctuating water rates and
rising labor costs
By establishing a zero-water site,
environmental goals to reduce reliance on
non-renewable energy are achieved
without depleting water supplies in an
already dry environment.
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