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"Model is a representation of a system. Through model, it can be easier to forecast and control the changing of each element system. Electricity distribution is also a system. Losses are general problem that exist in a distribution network system. But with the right methods, specifically technical energy losses can be reduced in order to increase the efficiency. By making model of the distribution network, the value of technical energy losses in the whole network as well as in every line can be observed. Simulation can also be used to see all losses reduction alternatives. By comparing results from each alternatives, the best alternative, which gives best result can be decided and implemented."

"Manajemen risiko mutu adalah suatu metode sistematis untuk menilai, mengendalikan, mengomunikasikan, dan mengkaji risiko terhadap mutu produk jadi sepanjang siklus-hidup. Dengan metode ini, pengambilan keputusan dengan informasi yang lebih lengkap dapat menjadi salah satu indikator kesiapan industri dalam menangani risiko potensial. Risiko terkait kualitas tidak dapat dipungkiri, sehingga diperlukan analisa mengenai risiko tersebut dan bagaimana mengidentifikasi, mengendalikan, dan mengkomunikasikan risiko tersebut serta mengevaluasi tindakan yang dilakukan di Departemen Technical Service. Penelitian dilakukan dengan mengidentifikasi kemungkinan risiko yang dapat terjadi kemudian dilakukan analisis mendalam terkait risiko yang sebelumnya sudah diidentifikasi. Risiko akan diklasifikasikan dan mitigasi resiko didasarkan pada penyebab dan solusi yang mampu laksana. Berdasarkan pembahasan di atas, terdapat sebagai contoh 6 risiko yang teridentifikasi dan telah diberikan upaya untuk mitigasi risikonya di lingkungan kerja Technical Service. Enam risiko itu terdiri atas pengolahan raw material, pengujian stabilita, transfer teknologi produk, perubahan PPI, dan pengujian sampel.

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Quality risk management is a systematic method for assessing,

controlling, communicating and assessing risks to the quality of finished products throughout the life-cycle. With this method, decision making with more complete information can be an indicator of industry readiness in dealing with potential risks. Risks related to quality cannot be denied, so an analysis of these risks is needed and how to identify, control and communicate these risks and evaluate the

actions taken in the Technical Service Department. The research was carried out by identifying possible risks that could occur and then carrying out an in-depth analysis related to the risks that had previously been identified. Risks will be classified and risk mitigation based on causes and solutions that can be implemented. Based on the discussion above, there are examples of 6 identified risks and efforts have been made to mitigate the risks in the Technical Service work environment. The six risks consist of raw material processing, stability

testing, product technology transfer, PPI changes, and sample testing."