The EED audit requirement stems from the European Energy Efficiency Directive (EED). On Oct. 11, 2023, the revised version of this directive entered into force. This adjustment is part of broader European efforts to achieve climate goals. The Netherlands has yet to translate the new provisions into national legislation. This is expected to happen in mid-2026. Until then, the current EED (audit) requirement remains in force.
Many industrial companies are preparing for this by working to recognized standards and management systems. The most widely used is the ISO 50001 standard, through which organizations set up, implement and continuously improve an energy management system. This system helps gain insight into energy consumption and realize structural savings. In addition, some companies choose the ISO 14001 standard, combined with the CO₂ reduction management schedule from SCCM, which can also meet EED requirements. Other options include the CO₂-Performanceladder and the European EMAS system, which also contribute to energy efficiency and environmental performance.
These systems not only provide a solid foundation for EED compliance, but also strengthen companies' sustainability strategy and competitive position.
This is where Internet of Things (IoT) energy monitoring sensors play a decisive role; finding a smarter and more efficient way to monitor and optimize energy consumption. But how exactly does it work, what does it require, and does it actually provide a return on investment?
Energy monitoring with IoT sensors helps companies cut costs and gain more control over equipment and electricity consumption. Minimizing electricity consumption is important to reduce energy costs and greenhouse gas emissions. Reducing peak consumption by shifting activities to other times of the day can also reduce costs. To take effective action, it is crucial to understand how much and when different processes and equipment consume electricity.
By using IoT sensors to monitor energy consumption in real time, companies gain valuable insights into their energy consumption patterns. This data enables them to identify waste and implement targeted strategies to improve energy efficiency. From reducing electricity bills to minimizing carbon footprints, the benefits of IoT energy monitoring sensors are significant.
In addition to energy savings, IoT energy monitoring sensors offer a range of other benefits. They provide detailed and accurate data, enabling precise analysis and decision-making.
The biggest advantage of combining energy monitoring with IoT sensors is that systems and processes can be monitored remotely. You can check the status and receive instant notifications, allowing users to make real-time adjustments to their energy consumption. Alerts for higher than expected power consumption come via email and text message.
The challenge of analyzing electricity consumption in industrial environments
Proper analysis of electricity consumption requires monitoring of all individual circuits, which most modern electricity meters do not provide. These meters provide information on total consumption with high time resolution, but cannot indicate how much and when each connected circuit consumes electricity.
The analysis of electricity consumption increases understanding of which equipment and processes use the most electricity and when this occurs. For example, starting a production line or turning on heating or lighting in a building often leads to a brief but significant increase in electricity consumption. The daily readings give only a global picture, but they lack the details to make targeted and effective adjustments.
For those who want real insight into consumption and efficiency, real-time measurements are indispensable.
We offer innovative IoT solutions that go beyond just day stands.
With real-time measurements, you get instant insight into where and when peak consumption occurs throughout the day. Continuous power consumption is measured per circuit.
Inefficiencies and unnecessary standby consumption are also identified. Real-time measurement means immediate insight and the ability to react more quickly to irregularities.
Real-time measurements for existing meters? With the IoT wireless pulse counter easily make your existing water, gas and heat meters suitable for real-time measurements.
Need additional measurement points for more detailed consumption insights? That's no problem either. With our IoT wireless ampere sensor you can easily and quickly provide partial consumption insight. Neuron Ampere sensors are installed on circuits where detailed insight into electricity consumption is needed.
Data from Ampere sensors are integrated via an API to track and analyze energy consumption and machine activity. The system offers the following functionalities:
It provides insight into energy management and machine performance over periods such as one day or seven days.
By understanding which equipment and processes use the most electricity, and under what conditions they consume more than normal, a plan can be made to use electricity more efficiently.
Many energy tariffs penalize high spikes in power consumption. For example, an industrial company may experience high spikes in the morning due to starting up production lines, lighting and heating or cooling systems. This can be avoided by following a structured startup plan.
Such a plan takes into account spreading energy consumption during startup so that the load is distributed more evenly over a longer period of time. For example, instead of starting up all the machines in a production line at the same time, they are switched on incrementally. This spreads out the overall energy demand and reduces spikes in consumption.
In addition, systems can be equipped with time schedules or automated control software that takes into account off-peak hours and more favorable rates. This means that non-essential processes or machines are started only after the first critical systems are already operational.
By combining real-time monitoring with a smart start-up plan, the company can not only save energy costs but also reduce the load on the power grid. This contributes to more sustainable energy use and more efficient operations.
El-Watch sensors are easy and quick to implement. They do not require expensive and time-consuming installation modifications. Up and running within hours!
Installation is simple: a clamp is placed around one cable of the circuit, without the need to modify existing circuits. Thanks to the online platform, you can view and compare consumption data instantly.
At a time when sustainable use and cost savings are key, our IoT sensors help you use energy smarter and more efficiently
Yes, energy monitoring with IoT sensors is worth the investment! The exact benefits depend on the industry or even the specific processes to which it is applied. According to Disruptive technologies' energy monitoring research*:
Cost reductions in the hotel industry:
Temperature monitoring with IoT sensors saved up to 36% in air conditioning energy consumption.
Cost reductions in the energy sector:
How does Sensor Partners help implement energy control with IoT sensors?
Consultation and needs analysis
The process begins with a comprehensive consultation to identify the client's specific needs and requirements. In doing so, we analyze what equipment needs to be monitored, what data is crucial to collect, and what the energy monitoring goals are.
Design and planning
Based on the needs analysis, we develop a custom design for the energy monitoring system. This includes carefully selecting suitable sensors, determining the most optimal installation locations, and preparing a detailed implementation plan.
Installation and configuration
We supervise and coordinate the installation of the sensors on site at the customer's premises. This includes not only the physical installation, but also the configuration of the necessary software and systems for data collection and analysis. Thanks to our guidance, the implementation proceeds smoothly and efficiently.
Training and guidance
After installation, we provide targeted training for the customer's staff so that they can work optimally with the system. Our training courses are practical and focused on the use and management of the monitoring or predictive maintenance system. We also provide intensive guidance during the initial period of use, so that the customer can start working with confidence.
Monitoring and optimization
Even after implementation, Sensor Partners remains involved. We provide continuous monitoring of system performance and analyze the collected data to identify potential improvements. Through our active support, we help customers make the system increasingly efficient and accurate, maximizing their return on investment.
Set Threshold:
After normal operational patterns and trends are identified, thresholds and alerts are set.
