The core feature is energy generation.By installing PV panels on the vast roof area,idle space is transformed into a green power asset.This significantly reduces operating electricity costs,especially for facilities with high energy consumption(e.g.,cold storage)and time-of-use tariffs.Using BIPV(Building Integrated Photovoltaics)design,panels act as the roof skin,offering a more integrated structure and better waterproofing.A tangible step towards corporate social responsibility and sustainability.
Can be add-on type(mounting system on existing roof)or integrated type(BIPV).Design must account for added static loads from PV system and snow,plus roof orientation and tilt for optimal generation.Requires inverters,combiners,and grid-connection equipment.Structural design must accommodate cable trays and conduits.
All commercial and industrial buildings with large rooftops,especially high-consumption facilities like cold chain logistics centers,manufacturing plants,and data centers.Also suitable for eco-friendly parks like eco-agriculture and high-tech industrial parks.A key component of future smart grids and distributed energy.
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