Today's world is very competitive in the field of technological invention. Power generation sector is one of the major sectors in these competitive fields; many researches are undergoing to develop this field to a more and more efficient one. Today's power generation are mostly dependent on non renewable resource, which is why power generation cost is higher, have negative environmental impact, less resources to develop new techniques etc. Considering above facts, we are proposing something different methodology that will replace all these existing difficulties. We design the whole system with generation unit, control unit, storage unit, and distribution unit. An ultra modern solar array device, smallest in size will give so far the highest efficiency. Even little sunlight temperature is enough to get optimum output voltage. We develop a hybrid system including wind turbine unit and fuel cell unit that will give support one another in case of failure. Each unit is independent but all are interdependent in case of emergencies and integrated all way to the existing power system. Our control system is very advance to handle each unit. Overall the whole system will reduce carbon emission, dependency on non renewable source and settle down power sector to a sustainable one. Further discussion of technical terms on each unit, and engineering economics and management in each unit, is discussed throughout the paper.