Hoses for the energy industry

The hoses from Norres Baggerman offer numerous possibilities for use in the energy industry. Thanks to their versatility and robustness, they are ideal for all applications, even under extreme conditions. They are an important part of the infrastructure in this industry and ensure the safe transport of liquids, gases or solids – both in energy production and in recovery. They are also used in all areas of renewable energy, such as in wind turbines, solar parks, geothermal plants, solar roofs, hydroelectric power plants and pellet plants, right up to biogas plants.

Typical applications:

• Cooling systems
  Heat dissipation by transporting coolants in generators, gearboxes and other components in wind turbines or solar thermal plants.
• Lubrication systems
  Supplying bearings and gears in wind turbines with lubricants to reduce friction and wear.
• Cable and line protection
  Protecting electrical cables and other lines from mechanical damage, UV radiation and weathering.
• Media transport
  Transportation of biogas, slurry, pellets and other substrates in biogas plants for energy production.
• Cleaning systems for solar modules
  Transportation of water or cleaning fluids to remove dust and dirt from solar modules to maintain their efficiency.
• Water vapor
  Transportation of water vapor in power plants for energy production or to operate industrial processes.
• Fixing
  Clamp profile hoses for the secure fixing of foils in biogas plants

The requirements in the energy sector are particularly high due to the extreme environmental conditions, aggressive media and high mechanical loads that occur here. Norres Baggerman hoses offer optimal solutions for applications in energy production, distribution and storage. They impress with their outstanding properties:

The advantages at a glance

• Weather resistance
  Our hoses are highly resistant to UV radiation, moisture and other environmental influences – ideal for use in photovoltaic systems, outdoor installations or offshore wind farms.
• Chemical resistance
  They are resistant to aggressive media such as coolants in power plants, biogas in fermentation plants and other chemicals. Ideal for applications with corrosive substances.
• Temperature resistance
  They perform reliably even at very low and high temperatures. This is essential for applications in cryogenics, gas turbines or high-temperature processes.
• Pressure resistance
  They can withstand high operating pressures, such as in steam lines, ensuring safe operation.
• Vibration resistance
  Perfect for wind turbines and other systems that are subject to high dynamic loads and vibrations.
• Durability
  The robust construction ensures a maximum service life, which minimizes downtime and reduces maintenance costs.