AMANO Group
Reduced costs by 15% in 12 months
The AMANO Group is a leading hotel chain that operates 12 hotels. The AMANO Group places particular emphasis on the sustainability of electricity. trawa delivers directly from wind and solar parks.
AMANO Group
Reduced costs by 15% in 12 months
The AMANO Group is a leading hotel chain that operates 12 hotels. The AMANO Group places particular emphasis on the sustainability of electricity. trawa delivers directly from wind and solar parks.
AMANO Group
Reduced costs by 15% in 12 months
The AMANO Group is a leading hotel chain that operates 12 hotels. The AMANO Group places particular emphasis on the sustainability of electricity. trawa delivers directly from wind and solar parks.
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 Modern factories are replacing outdated machinery with energy-efficient systems that can reduce electricity demand by up to 30%. Intelligent monitoring systems are now optimizing production schedules to take advantage of off-peak electricity 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 Modern factories are replacing outdated machinery with energy-efficient systems that can reduce electricity demand by up to 30%. Intelligent monitoring systems are now optimizing production schedules to take advantage of off-peak electricity 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 Modern factories are replacing outdated machinery with energy-efficient systems that can reduce electricity demand by up to 30%. Intelligent monitoring systems are now optimizing production schedules to take advantage of off-peak electricity 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 Modern factories are replacing outdated machinery with energy-efficient systems that can reduce electricity demand by up to 30%. Intelligent monitoring systems are now optimizing production schedules to take advantage of off-peak electricity and minimize demand charges.
AI automation
Digitalization and automation are further driving efficiency, with AI-driven processes finely adjusting energy consumption in real time.
The integration of renewable energies through on-site solar systems and green electricity tariffs is becoming standard practice for forward-thinking manufacturers. Advanced heat recovery systems capture and utilize thermal energy from dyeing and finishing processes, significantly reducing natural gas consumption. Digitization and automation further drive efficiency, with AI-controlled processes finely tuning energy consumption in real time. As global energy costs continue to rise, these transformations are not only ecologically necessary but increasingly represent a competitive advantage, with brands marketing their low-CO2 production as a selling point for sustainability-conscious consumers.
AI automation
Digitalization and automation are further driving efficiency, with AI-driven processes finely adjusting energy consumption in real time.
The integration of renewable energies through on-site solar systems and green electricity tariffs is becoming standard practice for forward-thinking manufacturers. Advanced heat recovery systems capture and utilize thermal energy from dyeing and finishing processes, significantly reducing natural gas consumption. Digitization and automation further drive efficiency, with AI-controlled processes finely tuning energy consumption in real time. As global energy costs continue to rise, these transformations are not only ecologically necessary but increasingly represent a competitive advantage, with brands marketing their low-CO2 production as a selling point for sustainability-conscious consumers.
AI automation
Digitalization and automation are further driving efficiency, with AI-driven processes finely adjusting energy consumption in real time.
The integration of renewable energies through on-site solar systems and green electricity tariffs is becoming standard practice for forward-thinking manufacturers. Advanced heat recovery systems capture and utilize thermal energy from dyeing and finishing processes, significantly reducing natural gas consumption. Digitization and automation further drive efficiency, with AI-controlled processes finely tuning energy consumption in real time. As global energy costs continue to rise, these transformations are not only ecologically necessary but increasingly represent a competitive advantage, with brands marketing their low-CO2 production as a selling point for sustainability-conscious consumers.
AI automation
Digitalization and automation are further driving efficiency, with AI-driven processes finely adjusting energy consumption in real time.
The integration of renewable energies through on-site solar systems and green electricity tariffs is becoming standard practice for forward-thinking manufacturers. Advanced heat recovery systems capture and utilize thermal energy from dyeing and finishing processes, significantly reducing natural gas consumption. Digitization and automation further drive efficiency, with AI-controlled processes finely tuning energy consumption in real time. As global energy costs continue to rise, these transformations are not only ecologically necessary but increasingly represent a competitive advantage, with brands marketing their low-CO2 production as a selling point for sustainability-conscious consumers.
5-10%
Lower electricity costs
7 GWh
Annual consumption
Used products
Green electricity tariff
Energy Management
We are not specialists. We rely on specialists. It helps to have a provider like trawa that buys electricity directly from the producer.
Phillip Rokeach,
Managing Director
