Skip to Main Navigation

Japan - Miboro Hydroelectric Project (Inglês)

The Miboro Hydroelectric Project for Japan is being constructed by the Electric Power Development Company, Inc. (EPDC). The Miboro Project consists of a rock-fill dam with solid clay core, an underground powerhouse with an installed capacity of 215 MW in two units and a step-up substation. The dam is located at Shirakawa on the Sho river, near the west coast of the main island of Japan. It will hold about 330 million cubic meters of useful water storage. The head on the generating units will be 192 meters. The units will discharge into a tunnel about 8 km long in which the water will be returned to the main stream of the Sho river upstream of the intake for an existing power plant owned by the Kansai Power Company. Annual energy generation by the Miboro Station under median hydro conditions will be about 545 million kwh. The project will make a sizeable and useful contribution toward the final solution of the electric power supply shortages which Japan has been experiencing since the end of the war.

Detalhes

  • Data do documento

    1958/12/31

  • TIpo de documento

    Relatório sobre Avaliação do Pessoal

  • No. do relatório

    TO199

  • Nº do volume

    1

  • Total Volume(s)

    1

  • País

    Japão,

  • Região

    Leste Asiático e Pacífico,

  • Data de divulgação

    2010/07/01

  • Nome do documento

    Japan - Miboro Hydroelectric Project

  • Palavras-chave

    energy need;corporate income tax;Fixed Assets;thermal plant;annual energy generation;power plant operation;operation of facility;rate of investment;cost of fuel;cost of import;hydroelectric power plant;net cost;private power;bases of power;rates of return;long term debt;ratio of debt;income tax purpose;salaries and wages;construction cost;gross income;construction equipment;fuel cost;share capital;power company;power contract;contract price;transmission line;bond issue;river system;hydrological condition;hydroelectric installation;income statement;compensation payment;counterpart fund;government source;amortization payment;construction schedule;capital expenditure;reasonable assurance;construction supervision;debt service;investment requirement;secured debt;hypothetical fuel;diversion tunnel;water right;construction company;small fraction;life insurance;postal saving;total debt;contract commitment;average revenue;reserve fund;corporate tax;total borrowing;capitalized interest;agricultural surplus;domestic bond;long-term loan;construction technique;hydro capability;enterprise tax;unsecured debt;total energy;fuel efficiency;administrative cost;thermal efficiency;domestic competitive;excise tax;expansion plan;production cost;financial soundness;physical difficulty;management policy;government control;civil works;financial policies;equipment purchase;peak output;installed capacity;residual value;foreign service;bulk sale;national power;downstream facilities;program consisting;hydroelectric site;capacity addition;annex annex;large reservoir;benefit payment;Power Market;interest charge;average investment;pricing policy;high ratio;construction expenditures;capital account;construction camp;bulk power;internal cash;nominal rate;retained earnings;depreciation allowance;transmission facility;long-term borrowing;river regulation;net operating;water storage;capital contribution;single loan;net profit;bond repayment;system operation;annual saving;price adjustment;energy delivery;agreed amount;maintenance expenses;wholesale price;water flow;minimum price;domestic issues;

Downloads

COMPLETAR RELATÓRIO

Versão oficial do documento (pode conter assinaturas, etc.)

  • TXT*
  • Total Downloads** :
  • Download Stats
  • *A versão do texto é um OCR incorreto e está incluído unicamente em benefício de usuários com conectividade lenta.