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Photovoltaic is a clean and renewable energy.
Irradiation and performance of PV system are
important to PV benefit. Different estimative models
of irradiation had been proposed.
Some of the models are complicated in calculation
with locality, and the strategy of PV application
affects the performance of system. The purpose of
the work is to build a simplify method, by means of
the equations of slope irradiation ratios, for
easily evaluating the PV power transformed by
modules on building envelope. Developing an
evaluation model of strategy for PV application on
building can find the applicable space and equipment
and suitable use type. Simultaneously, the local
irradiation and PV operation were recorded.
The results of validation of the estimated equation
were presented by correlation analysis. The
equations and estimation can be a reference for
evaluating PV application in building. A PV interior
lighting integrated with grid lighting system were
achieved and proposed as suitable use type of BiPV.
The evaluative model of PV applicability and the
suitable use type can be a strategy of BIPV
technology applied in building design.
Irradiation and performance of PV system are
important to PV benefit. Different estimative models
of irradiation had been proposed.
Some of the models are complicated in calculation
with locality, and the strategy of PV application
affects the performance of system. The purpose of
the work is to build a simplify method, by means of
the equations of slope irradiation ratios, for
easily evaluating the PV power transformed by
modules on building envelope. Developing an
evaluation model of strategy for PV application on
building can find the applicable space and equipment
and suitable use type. Simultaneously, the local
irradiation and PV operation were recorded.
The results of validation of the estimated equation
were presented by correlation analysis. The
equations and estimation can be a reference for
evaluating PV application in building. A PV interior
lighting integrated with grid lighting system were
achieved and proposed as suitable use type of BiPV.
The evaluative model of PV applicability and the
suitable use type can be a strategy of BIPV
technology applied in building design.