Hesam Sanatnama
Nasrin Sabet - Sama Technical and Vocational Training College, Islamic Azad University, Kerman Branch, Kerman, Iran

In this paper, the technical and economic feasibility of innovative renewable energy systems, solar wind hybrid power generation capability is provided for collecting rainwater. Part of the energy required for tall buildings where the system is installed it provides. The system is compact and can be built on top of tall buildings and the construction of renewable energy required in the space provided. PAGV shape and appearance of the surrounding wind turbines can be combined with the architecture of the building and no negative impact on demand. (Part of the building). This design improves the starting behavior of wind turbines. Also for the people around safer and reduces noise pollution. Technical and economic analysis was conducted using life cycle cost. (LCC) LCC method, taking into account the full range of costs and cash flow of time makes the cost equation. Evaluations show that for a PAVG (with a diameter of ۳۰ m and height ۱۴ m) and wind turbine rotor vertical H- axis (diameter ۱۷ mm and a height of ۹ m) mounted on top of the building with ۶۰ meters high, the estimated energy savings annual ۱۹۵.۲mwh/year.

solar cells, wind turbines, Rainwater, PAGV