The project addresses the increasing energy costs and the need for a predictable energy profile in the company's production base. The company specializes in the personalization of promotional items and the production of printed textile products, with DTG/DTF, screen printing, embroidery and heat presses. These processes are daily intensive and power-intensive (machines, compressors, lighting, ventilation/air conditioning, IT), which leads to peak loads and sensitivity to price/climate fluctuations. The target group is customers from the fashion and sports industries, advertising agencies, music brands and event organizers, for whom quality and delivery time are critical. The project's goal is to reduce energy costs and increase energy independence by building a 55 kW photovoltaic power plant for own consumption, including photovoltaic modules, inverters, batteries and the necessary structural/electrical safety elements, configured without returning energy to the grid (anti-export). The PV plant will mainly cover the daily loads from printing and finishing operations, lighting, IT/offices and HVAC in the staff areas. The batteries will shift part of the consumption to off-peak hours and during cloudy weather, smooth out short-term peaks and increase self-consumption. Main activities: technical survey and detailing; design; supply and installation of PV plant (panels, inverters, structure), batteries and protections; integration into the internal installation; commissioning and training of personnel; setting up a monitoring system (production/consumption) and charge/discharge management rules for maximum internal absorption. Expected results: significant reduction in grid electricity consumption and operating costs; more stable energy profile with lower peak loads; higher operational reliability of the equipment and better conditions for personnel; limitation of CO₂ emissions and a stronger sustainable brand profile.
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