Sustainable production

The world is changing rapidly, and we are moving with it toward a cleaner energy future. Solar and wind energy play a crucial role in this transition, but the challenge is that these sources are not continuously available. Traditional energy usage is no longer sufficient; flexibility is the new standard. We facilitate this transition and help organizations adapt to the dynamics of sustainable energy.

Our approach begins with understanding your energy consumption. We precisely measure when, where, and for what purpose energy is used. We combine this data with insights into your operational processes to predict future energy demand. Forecasts of electricity prices and available clean energy are added to this analysis, and together with your priorities, we efficiently manage energy consumption.

Read on below to discover how our energy management solutions drive sustainability with minimal costs and maximum reliability.

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Industry

Industry

In the industrial sector, where energy-intensive processes are the norm, electrification plays a crucial role in the transition to sustainability. Batenburg Techniek automates industrial processes and supports customers in electrification with energy management solutions. We assist customers in automating heating systems, guiding them in the smart reuse, storage, and generation of heat at strategic moments. Additionally, we provide insights into energy consumption per process and batch, enabling us to optimize production planning based on sustainable and cost-effective energy.

Sustainable Production

A solution is truly sustainable if it provides insight into energy consumption or directly reduces energy usage. At Batenburg Techniek, we support businesses in their search for sustainable solutions while also taking a proactive approach ourselves. Our energy management and monitoring systems, along with the insights we generate into Power Quality, are prime examples of this commitment.

The electricity grid is under increasing pressure. Over the years, our dependence on electrical energy has grown, and consumption continues to rise. In production environments, the use of electronic equipment such as frequency converters, switching power supplies, and other power electronics is becoming more common. These devices introduce harmonic distortion into the electrical network, which degrades the quality of electrical energy—reducing overall Power Quality.

Problems Caused by Poor Power Quality
Managing energy: it is possible

Managing energy: it is possible

Would you like to save costs by reducing energy consumption or demonstrate that objectives in accordance with ISO14001 have been met? Would you like to demonstrate continuous savings in accordance with ISO50001 or is your consumption inexplicably high? Is your company in compliance with MJA3?
Would you like to relate energy consumption to your production process?
Proper analysis will visualise problems and certainly opportunities as well.

The Benefits of Implementing an Energy Management System:

  • Cost-efficient procurement and responsible investments
  • No peak consumption costs
  • Detection of standby consumption and deviations from nominal usage
  • Prevention of failures and downtime (Power Quality)
  • Insight into actual load versus installed capacity
  • Avoiding unnecessary investments in energy supply by relating energy costs to production data