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Description

Efficient installation
Flexible installation, extensive use of standard specification components, strong adaptability of components, reducing installation and transportation costs

High investment returns
Generally, the capacity of a single rooftop photovoltaic system project ranges from several thousand watts to several hundred kilowatts. The investment return on small photovoltaic power generation systems is not lower than that of large scale UPP.

Not occupying land resources
The rooftop PV system basically does not occupy land resources and can fully utilize the rooftop of buildings, which can be consumed nearby, greatly reducing the use of transmission lines and costs.

Relieve electricity shortage
The rooftop PV system, when connected to the distribution network, generates electricity and electricity simultaneously, and generates electricity during peak periods of power supply in the grid. It can effectively play a role in leveling the peak, reducing the expensive peak power supply load in cities, and to some extent alleviate the power shortage in local areas.

Flexible operation
The rooftop PV system has an effective interface with the smart grid and micro-grid, which is flexible in operation and can also achieve local off-grid power supply under appropriate conditions.

With the increasing global emphasis on renewable energy and the development of projects, distributed photovoltaic systems, especially rooftop photovoltaic applications in factories, commercial and residential areas, are gradually emerging and occupying a significant market share.
The rooftop PV system has a wide range of applications, the significant difference compared with UPP is, the rooftop PV system is built on the building, which can fully utilize roof resources. Synwell's self-designed rooftop BOS system, it has broad application prospects in residential and commercial rooftops.