International Scientific Journals
of Scientific Technical Union of Mechanical Engineering "Industry 4.0"

The importance of industry 4.0 is increasing continuously in the apparel sector. The evolution in manufacturing with implementation of the new modes of production nowadays is widely known. The benefits that come from each new development in the digital information technology has to be fasten embraced. The main advantage is the improvements of the supply chain efficiency. The innovation based on the industry 4.0 allow companies to optimize their actual production systems and enhance more efficient processes. Smart manufacturing can help the apparel industry more specifically by making the concept of affordable mass customization in reality. This paper helps us understand how industry 4.0 affects manufacturers in the apparel industry. We are going to illustrate this through a case study in a garment factory. There are several ways of advanced digital technologies that can assure high efficiency in the production. The actual production process is batch flow and the company is implementing a new tool which is RFId (Radio-frequency identification or radiofrequency identification) technology. Connected an RFId Tag to a part of the product to be tracked, each piece can be monitored in real time, having all the location and traceability information and machine data in real time piece by piece. Items and products can be monitored as they move through the factory allowing for quick and automatic identification without errors. This allow to maximize the use of production resources and correctly optimize stocks of raw materials.

The economic benefits have been also addressed, evaluating the energy production and distribution throughout the year and cost of electricity generation for small PV plants up to 2MW. Renewable energy sources, including solar, wind, hydropower, biofuels and other renewable sources that may be developed in the future are the main focus of the energy transition ensuring a safe step on the path to an intensity system. low energy, with minimal impact of greenhouse gases (GHG) and with a minimal cost for end users. Over the last two years PV systems have attracted a large amount of monetary and investment globally, especially in EU countries. The responsible ministry (MEI) and its subordinate institutions have drafted and approved the “National Strategy of Energy 2018-2030 “, consisting of 6 possible scenarios of energy transition towards a sustainable, reliable and diversified energy system. The national strategy seeks to meet its objectives based on Renewable Energy Sources (RES) and Energy Efficiency (EE). Hence, the economic aspects and identification of the most influenced parameters is identified and highlighted.

With time going by, industries have revolutionized, and continuous upgrade has taken place to strengthen its functionality of resources sharing and integration capabilities of functional units. The article aims to identify and suggest industrial models with the country’s potential in adapting Industry 4.0, and conceptual implementation in an Albanian company. The work clears the overall picture of Industry 4.0 in a country with modest adaptation potential, where technologies adapt to the country’s current needs. The study is based in an analysis of the most important indexes to understand the overall approach of adaptation. All the concepts and analysis are finalized with the Industry 4.0 principle and implementation in the Sideral company. The methods presented offer some good proposals for further
implementation policies in industrial companies