SETEX Textil GmbH
Reduced costs by 15% in 12 months
SETEX is a leading textile manufacturer in Germany that is under significant cost pressure and was looking for a partner to optimize external procurement in conjunction with a large on-site PV system that is currently being developed.
SETEX Textil GmbH
Reduced costs by 15% in 12 months
SETEX is a leading textile manufacturer in Germany that is under significant cost pressure and was looking for a partner to optimize external procurement in conjunction with a large on-site PV system that is currently being developed.
SETEX Textil GmbH
Reduced costs by 15% in 12 months
SETEX is a leading textile manufacturer in Germany that is under significant cost pressure and was looking for a partner to optimize external procurement in conjunction with a large on-site PV system that is currently being developed.
Transformation in the textile industry
The textile industry is undergoing a significant energy transformation as it addresses its historically high electricity consumption. Modern factories are replacing outdated machinery with energy-efficient equipment that reduces electricity demand by up to 30%. Intelligent monitoring systems are now optimizing production schedules to take advantage of off-peak electricity rates and minimize demand charges.
Transformation in the textile industry
The textile industry is undergoing a significant energy transformation as it addresses its historically high electricity consumption. Modern factories are replacing outdated machinery with energy-efficient equipment that reduces electricity demand by up to 30%. Intelligent monitoring systems are now optimizing production schedules to take advantage of off-peak electricity rates and minimize demand charges.
Transformation in the textile industry
The textile industry is undergoing a significant energy transformation as it addresses its historically high electricity consumption. Modern factories are replacing outdated machinery with energy-efficient equipment that reduces electricity demand by up to 30%. Intelligent monitoring systems are now optimizing production schedules to take advantage of off-peak electricity rates and minimize demand charges.
Transformation in the textile industry
The textile industry is undergoing a significant energy transformation as it addresses its historically high electricity consumption. Modern factories are replacing outdated machinery with energy-efficient equipment that reduces electricity demand by up to 30%. Intelligent monitoring systems are now optimizing production schedules to take advantage of off-peak electricity rates and minimize demand charges.
AI automations
Digitalization and automation further drive efficiency, with AI-driven processes fine-tuning energy consumption in real-time.
The integration of renewable energies through on-site solar systems and green electricity tariffs is becoming standard practice for future-oriented manufacturers. Advanced heat recovery systems capture and utilize thermal energy from dyeing and finishing processes, drastically reducing natural gas consumption. Digitalization and automation further enhance efficiency, with AI-driven processes finely tuning energy consumption in real-time. As energy costs continue to rise globally, these transformations are not only environmentally necessary but increasingly represent a competitive advantage, with brands marketing their low-carbon production as a selling point for sustainability-conscious consumers.
AI automations
Digitalization and automation further drive efficiency, with AI-driven processes fine-tuning energy consumption in real-time.
The integration of renewable energies through on-site solar systems and green electricity tariffs is becoming standard practice for future-oriented manufacturers. Advanced heat recovery systems capture and utilize thermal energy from dyeing and finishing processes, drastically reducing natural gas consumption. Digitalization and automation further enhance efficiency, with AI-driven processes finely tuning energy consumption in real-time. As energy costs continue to rise globally, these transformations are not only environmentally necessary but increasingly represent a competitive advantage, with brands marketing their low-carbon production as a selling point for sustainability-conscious consumers.
AI automations
Digitalization and automation further drive efficiency, with AI-driven processes fine-tuning energy consumption in real-time.
The integration of renewable energies through on-site solar systems and green electricity tariffs is becoming standard practice for future-oriented manufacturers. Advanced heat recovery systems capture and utilize thermal energy from dyeing and finishing processes, drastically reducing natural gas consumption. Digitalization and automation further enhance efficiency, with AI-driven processes finely tuning energy consumption in real-time. As energy costs continue to rise globally, these transformations are not only environmentally necessary but increasingly represent a competitive advantage, with brands marketing their low-carbon production as a selling point for sustainability-conscious consumers.
AI automations
Digitalization and automation further drive efficiency, with AI-driven processes fine-tuning energy consumption in real-time.
The integration of renewable energies through on-site solar systems and green electricity tariffs is becoming standard practice for future-oriented manufacturers. Advanced heat recovery systems capture and utilize thermal energy from dyeing and finishing processes, drastically reducing natural gas consumption. Digitalization and automation further enhance efficiency, with AI-driven processes finely tuning energy consumption in real-time. As energy costs continue to rise globally, these transformations are not only environmentally necessary but increasingly represent a competitive advantage, with brands marketing their low-carbon production as a selling point for sustainability-conscious consumers.
~12%
Lower electricity costs
20 GWh
Annual consumption
Used products
Green electricity tariff
Energy Management
Flex Services




We do not have the resources for all these changes... Without trawa, we would need someone full-time.

Matthias Bußhaus,
Assistant to the Management

With trawa you bring your energy procurement to the level of multinationals.
Location
trawa - A brand of Future Energy Services GmbH / Zinnowitzer Straße 1 / 10115 Berlin / Germany
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Current insights into energy markets, green energy, and SME management.

Location
trawa - A brand of Future Energy Services GmbH / Zinnowitzer Straße 1 / 10115 Berlin / Germany
Subscribe to our newsletter
Current insights into energy markets, green energy, and SME management.
