Inoxis Ltd. is a manufacturing company primarily engaged in the production of custom metal products and equipment made from stainless, galvanized, and black steel, designed and constructed for the pharmaceutical, cosmetic, mining, chemical, food and beverage, agricultural, energy, and heavy industries. This project proposal aims to address one of the most critical issues for the production facility—the lack of funds for air conditioning in the working premises, which are industrial halls with a total area exceeding 2,000 square meters. Inoxis Ltd. possesses a wide range of industrial equipment, some of which is equipped with digital-programmable control (CNC). The optimal operating temperature for CNC machines is between 15 and 30 degrees Celsius, with low temperatures being particularly critical. Currently, during winter and hot summer months, when temperature peaks occur, the lack of air conditioning in the halls forces production to halt until temperatures normalize. This is inefficient and disrupts the normal production rhythm. Moreover, the absence of a proper microclimate directly affects the efficiency of the personnel operating the machines and performing auxiliary tasks. This project proposes the implementation of an energy-efficient air conditioning solution for the production premises of Inoxis Ltd. Given the specific requirements and large area of the premises, the installation of 19 air-to-air heat pump systems, each with a capacity of 17 kW, is planned to ensure optimal and efficient heating/cooling of the facilities. The company already operates a photovoltaic power plant (PV plant) for its own needs and for energy sales, which currently provides electricity for the machinery. With the introduction of the new air conditioning system, it will be possible to utilize renewable energy sources for heating the halls, using the energy generated by the PV plant.
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