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Description
The objective of the project is to implement a new renewable energy source to produce electric energy, with no environmental impact. The solar electric power system is able to generate a portion of the electrical power from sunlight. The solar electric system has been engineered to provide many years of automatic operation without producing noise or air emissions and without requiring fuel or extensive mechanical maintenance. The energy produced from the new solar power system will be used for COMPA’s own use. The capacity of the photovoltaic power system is 0,99 MW.
The technical solution proposed consists of a solar photovoltaic power system that produces electricity and is connected to the utility grid. The solar panels will be placed on the roof of COMPA’s workshops. During daylight hours, the solar modules instantly convert sunlight energy into direct current (DC) electrical energy. Modules are connected in series (positive to negative), making “panels” with enough DC voltage to operate the inverter. The DC current (amps) output of a solar module is directly proportional to sunlight intensity. Output varies with sun angle, shadows and shading - all of which can greatly impact electricity output.
Expected outcomes of the project include an estimated reduction of CO2 emissions by 378 tonnes/year and a reduction of operational costs. The energy production from renewable sources is estimated to increase by 1.238 MWh/year, which will be the first step for COMPA''s conversion to sustainable renewable and green energy.
The project is implemented in partnership with International Development Norway (IDN). The primary role of IDN is to identify the best way to achieve the long term goal of becoming carbon neutral, using the experience of Norwegian companies which are world leaders in this segment. They will identify the potential with hybrid power stations, storage solutions and power production.
Summary of project results
The project achieved its intended aim, having had a slight modification of the photovoltaic system location, which is now located on a new building roof as well as on the ground. The total installed capacity of the photovoltaic system is of: 0,99 MWp.
Summary of bilateral results
The cooperation with the Norwegian Partner - International Development Norway AS (IDN) is considered successful and may continue in the future. Within the project IDN identified the potential with hybrid power production and storage solutions (batteries) and has also analyzed the potential for power production, storage and exchange in the industrial zone. IDN also analyzed scale up energy solutions for the Project Promoter. The solutions analyzed within the project will help the Promoter in better planning future extension of renewable energy production capacity.