EU'S Energy Efficiency Plan For Textile And Garment Industry Started To Start

One to promote

The new energy efficiency plan for the textile industry has been launched, following the launch of a similar energy efficiency plan for the clothing industry.

"Energy conservation plan for textile SMEs" (SET) is part of the European Union of textile and apparel (EURATEX)'s "energy manufacturing to measurement activities".

This plan will last until 2016 to help more than 300 textile enterprises, especially small and medium-sized enterprises, to increase efficiency and save money.

Purpose.

The plan will first focus on seven countries - Belgium, Czech, Germany, Hungary, Italy, Portugal and Romania - these countries account for 55%. of the EU textile enterprises.

One of its goals is to develop energy saving and efficiency enhancing tools for small and medium-sized enterprises (ESET), while assisting 150 enterprises in on-site training.

In addition, it will help to assess the production processes of 350 companies and invest in improving their energy efficiency.

After the SET plan was continued in the SESEC (European apparel industry sustainable energy conservation plan), the SESEC plan ended in September (2014) and was supported by eight EU countries.

SESEC plans to help more than 50 companies measure their energy efficiency measures in Europe, including the use of special software tools to help garment enterprises understand and rethink their energy expenditure, or even the use of building facilities, heating supply systems, ventilation and electricity.

Among them, Canali SpA, a manufacturer of Italy, has the opportunity to optimize its heat and electricity consumption; Bulgaria Kris Fashion has found that it can save energy consumption of 10%-15% every year; Portugal sports clothing company Damel can clearly save up to 5% of electricity and up to 3% of heat energy; these are achieved through changing lighting, changing the speed and insulation of production machines.

A mechanical real-time energy consumption data analysis can help German manufacturer Marc Cain through new electromechanical operations.

To save an average fuel consumption of 10%.

It also reduces the standby time of the machine to save up to 20% of the power.