Investigation of navigation tests to improve the efficiency of generating equipment energy systems

Abstract

Energy hydroelectric works depends on the quality of the energy equipment. Increasing the energy efficiency of our dictates that the coordinate system in which we now live and work: it is the wholesale market (electricity and capacity market), ranking the company as OJSC, the Federal Law on energy efficiency and energy saving, tax on used resources (water), environmental and other regulatory authorities. The higher efficiency of the production of electricity and power, the greater the energy efficiency work and SG, respectively, according to the owner of a successful company manufacturing complex. Rate energy efficiency of production can use the power tests. Energy test carried out absolute and index methods. Absolute method involves determining the actual values of efficiency. If the index is determined by the index method, or the relative importance of efficiency, ie, the degree of variability of power efficiency. When testing used GOST 28842-90 and International rules of field acceptance tests to determine the hydraulic characteristics of turbines, accumulating pumps and reversible turbines. According to the results of tests based operational characteristics of the hydraulic unit, which indicated the actual efficiency values in absolute units. During power tests specified pressure losses in water-supply path. The resulting test charts optimal combinatorial dependencies compared to the recommended by the manufacturer and the actual combinatorial dependencies. At discrepancy of the actual and optimal combinatorial dependencies adjustment made combinatorial communication. For large discrepancies are not fixed in adjustment, change the spatial profile of the cam schemer or produce the reprogramming device defining a combinatorial relationship.

Keywords

• energy efficiency
• power generating equipment
• energy test
• absolute method
• the index method