In 2026, the most effective way to reduce energy consumption in textile production will be through a combination of technical modernization, optimized process control, and digital operational data collection. Those who know where energy is actually being consumed can take targeted action and reduce costs in the long term. The following sections answer the most important questions about energy management in production.<\/p>\n
In the textile industry, the majority of energy consumption is attributable to thermal processes such as dyeing, finishing, and drying. Added to this are energy-intensive mechanical processes such as weaving, knitting, and spinning. In many plants, these areas together account for well over half of total energy consumption and are therefore the primary focus for optimization efforts.<\/p>\n
Specifically, the following processes can be classified as particularly energy-intensive:<\/p>\n
Anyone who wants to improve their facility's energy efficiency should first conduct a consumption analysis for each process area. Without this data, any measure taken is a shot in the dark.<\/p>\n
The most effective measures for reducing energy consumption in textile production are heat recovery, switching to energy-efficient drives and motors, and optimizing operating times and peak loads. These measures can often be implemented without completely replacing machinery and typically pay for themselves within a few years.<\/p>\n
From a technical perspective, the following approaches are possible:<\/p>\n
In addition to technology, organizational decisions play an important role:<\/p>\n
Digital production data collection helps save energy because it provides real-time insight into which machines, shifts, or processes are consuming how much energy. Only with this data can potential savings be specifically identified, measures prioritized, and their effectiveness monitored. Without a data foundation, energy management in production remains largely a matter of guesswork.<\/p>\n
Specifically, digital production data collection enables the following, among other things:<\/p>\n
Systems such as texware\/Monitoring,<\/a> are specifically designed for textile production environments and collect operational data directly from the machine. This provides a reliable foundation for structured energy management in production.<\/p>\n An ERP system does not directly reduce energy consumption in textile production, but it provides the planning foundation for doing so. Through better production planning, optimized sequencing, and higher machine utilization, idle time and unnecessary startup cycles can be significantly reduced. This saves energy without the need to invest in new technology.<\/p>\n Specifically, an ERP system supports energy management in production on several levels:<\/p>\n A well-configured ERP system thus turns energy into a controllable factor rather than an uncontrolled cost driver.<\/p>\n In 2026, textile companies in Germany and the EU will be subject to a number of legal requirements related to energy and sustainability. Of particular relevance are the mandatory energy audits under the Energy Services Act (EDL-G) for non-SMEs, the reporting requirements under the Corporate Sustainability Reporting Directive (CSRD), and the progressively stricter requirements under the EU Emissions Trading System.<\/p>\n An overview of the key points:<\/p>\nCan an ERP system reduce energy consumption in textile production?<\/h2>\n
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What legal requirements will apply to energy consumption in the textile industry in 2026?<\/h2>\n
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