Hasil Pencarian  ::  Simpan CSV :: Kembali

"ABSTRAKThis research essay will examine whether or not regulatory reform will succeed in providing a good regulation that gives significant effect to the development agenda, particularly in developing of the hydroelectric power plant which eventually fulfil citizen's electricity needs. In order to obtain the license in developing hydroelectric power plant, the investor has to engage with at least 6 ministries at the national level and with the local government. The institutions are the Ministry of Public works, the Ministry of Energy and Mineral Resources, the Ministry of Forestry, Capital Investment Coordinating Board, State Electricity Company and Ministry of Finance. In each institution, the investors have to do some stages which mostly take a very long time. Until this recent time, the investors of hydroelectric power plant must comply with at least forty four national level regulation and should gain at least fourteen license from the various ministries. The figure does not include the license from the local goverment such as principle permits, location permits. License zoning, building permits and nuisance permit (hinderordonnantie). Regulation problems that occurred in the process of developing hydroelectric power plant greatly hamper the effort on providing electricity to all Indonesia's citizen. To overcome this issue, national strategy on regulatory reform was made. While reconceptualization on regulatory making process strategy and the capacity building on the policy and regulatory maker strategy might increase the effectivity on the implementation of upcoming regulation, regulatory simplification is the effective strategy that can accurately overcome the existing regulatory problem in developing a hydroelectric power plant in Indonesia."

"ABSTRACTHydroelectric power is an important renewable resource of energy is an indispensable contributor to the countrywide power network. The hydroelectric plant is expected to supply power with the highest scale of quality and reliability. Sensitivity analysis is used to determine the impact on the outcomes due to the changes in the parameters and structural changes. This research work aims to evaluate the sensitivity of the hydroelectric system, taking the human failure into consideration using fuzzy analytic hierarchy process (AHP) approach. Six different failure rates are taken into consideration. The fuzzy approach incorporates all the vagueness and uncertainty existing in the power system due to different failure and repair rates. The main contribution of this research is to evaluate the performance of any hydroelectric power plant under the failure of its various components using fuzzy approach."