Over at least the last twenty years, a substantial and concerted effort has been made to remake the generation of electrical power in the United States. We find that the level of complexity of the regulatory framework is discouraging for innovation and development, and that the benefits of installing energy-generation are often outweighed by the cost of implementation. We examine two cases of micro-wind energy production to explore the regulatory impediments these smaller projects face. Micro-wind, the utilization of the flow of wind energy to produce electricity for a house, farm or other non-utility scale generation can be regulated at the federal level, as well as at the state and local/community level. Increased development of micro-wind energy could significantly impact America’s non-hydropower renewable energy generation. Currently, there are 2 terawatt hours (TWh) of potential energy capacity through small- and micro-wind projects throughout the United States. There has also been an increasing interest in small scale environmental community projects, and this trend is expected to continue. Wind power in the United States is the second largest source of renewable energy, and has been heavily subsidized by state and federal government.

International Journal of Energy Applications and Technologies.Recent growth in the renewable energy industry has largely been driven by government support for alternative energy. PERFORMANCE EVALUATION FOR A PMSG WITH INTERIOR ROTOR OF N35 AND N42 NDFEB PMs HAVING SAME GEOMETRY IN MICRO WIND TURBINES. %J International Journal of Energy Applications and Technologies %T PERFORMANCE EVALUATION FOR A PMSG WITH INTERIOR ROTOR OF N35 AND N42 NDFEB PMs HAVING SAME GEOMETRY IN MICRO WIND TURBINES %0 International Journal of Energy Applications and Technologies PERFORMANCE EVALUATION FOR A PMSG WITH INTERIOR ROTOR OF N35 AND N42 NDFEB PMs HAVING SAME GEOMETRY IN MICRO WIND TURBINES N1 - DO - T2 - International Journal of Energy Applications and Technologies

T1 - PERFORMANCE EVALUATION FOR A PMSG WITH INTERIOR ROTOR OF N35 AND N42 NDFEB PMs HAVING SAME GEOMETRY IN MICRO WIND TURBINES 'PERFORMANCE EVALUATION FOR A PMSG WITH INTERIOR ROTOR OF N35 AND N42 NDFEB PMs HAVING SAME GEOMETRY IN MICRO WIND TURBINES'. International Journal of Energy Applications and Technologies 3 (2016 'PERFORMANCE EVALUATION FOR A PMSG WITH INTERIOR ROTOR OF N35 AND N42 NDFEB PMs HAVING SAME GEOMETRY IN MICRO WIND TURBINES' International Journal of Energy Applications and Technologies PERFORMANCE EVALUATION FOR A PMSG WITH INTERIOR ROTOR OF N35 AND N42 NDFEB PMs HAVING SAME GEOMETRY IN MICRO WIND TURBINES

Microwind 3 application