Peak loads are expensive - prevent extremely high costs with Enit act
Control
Recognize switchable loads and control measures
Intelligent
You can rely on smart algorithms
Individual
In the workshop we work together on your individual situation
Support
The more complex the topic, the more important personal advice is
Efficient
Price, load and weather data for the most efficient use of PV, storage and consumers
Flexible
Adapt energy flows to volatile electricity prices and favorable time periods
Analysis of the highest load peak
You can see it here: With our peak load analysis in energy monitoring, you have the relevant data on the current peak load, such as time, composition and operating states, at your fingertips. For an insight into all functions, please contact us here.
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You can see it here: With our peak load analysis in energy monitoring, you have the relevant data on the current peak load, such as time, composition and operating states, at your fingertips. For an insight into all functions, please contact us here.
Protection against system overload
Shown here: Enit act load management monitors the physical limits of the electrical infrastructure - such as supply lines, main distribution boards and transformers - and regulates every second (typically every 5 seconds). The aim is to protect the system from overload and thus ensure stable operation without interfering with higher control levels. For an insight into all functions, please contact us here.
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Shown here: Enit act load management monitors the physical limits of the electrical infrastructure - such as supply lines, main distribution boards and transformers - and regulates every second (typically every 5 seconds). The aim is to protect the system from overload and thus ensure stable operation without interfering with higher control levels. For an insight into all functions, please contact us here.
Peak load reduction through peak shaving
Shown here: Enit act load management optimizes power consumption in real time to avoid peak loads and reduce grid charges. The control is based on the grid operator's specifications (e.g. maximum power value at the transfer meter) and intelligently distributes the available power to all connected consumers, such as charging stations or machines. For an insight into all the functions, please contact us here.
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Shown here: Enit act load management optimizes power consumption in real time to avoid peak loads and reduce grid charges. The control is based on the grid operator's specifications (e.g. maximum power value at the transfer meter) and intelligently distributes the available power to all connected consumers, such as charging stations or machines. For an insight into all the functions, please contact us here.
Reduction in consumption costs through optimized electricity procurement & PV self-consumption
Shown here: Enit act load management takes current load, weather and price forecasts into account. Battery storage systems can be controlled by optimally allocating their capacity over the planning period. This combines short-term responsiveness with strategic planning - for maximum cost efficiency and grid stability. For an insight into all functions, please contact us here.
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Shown here: Enit act load management takes current load, weather and price forecasts into account. Battery storage systems can be controlled by optimally allocating their capacity over the planning period. This combines short-term responsiveness with strategic planning - for maximum cost efficiency and grid stability. For an insight into all functions, please contact us here.
You can see it here: With our peak load analysis in energy monitoring, you have the relevant data on the current peak load, such as time, composition and operating states, at your fingertips. For an insight into all functions, please contact us here.
×
You can see it here: With our peak load analysis in energy monitoring, you have the relevant data on the current peak load, such as time, composition and operating states, at your fingertips. For an insight into all functions, please contact us here.
Shown here: Enit act load management monitors the physical limits of the electrical infrastructure - such as supply lines, main distribution boards and transformers - and regulates every second (typically every 5 seconds). The aim is to protect the system from overload and thus ensure stable operation without interfering with higher control levels. For an insight into all functions, please contact us here.
×
Shown here: Enit act load management monitors the physical limits of the electrical infrastructure - such as supply lines, main distribution boards and transformers - and regulates every second (typically every 5 seconds). The aim is to protect the system from overload and thus ensure stable operation without interfering with higher control levels. For an insight into all functions, please contact us here.
Shown here: Enit act load management optimizes power consumption in real time to avoid peak loads and reduce grid charges. The control is based on the grid operator's specifications (e.g. maximum power value at the transfer meter) and intelligently distributes the available power to all connected consumers, such as charging stations or machines. For an insight into all the functions, please contact us here.
×
Shown here: Enit act load management optimizes power consumption in real time to avoid peak loads and reduce grid charges. The control is based on the grid operator's specifications (e.g. maximum power value at the transfer meter) and intelligently distributes the available power to all connected consumers, such as charging stations or machines. For an insight into all the functions, please contact us here.
Shown here: Enit act load management takes current load, weather and price forecasts into account. Battery storage systems can be controlled by optimally allocating their capacity over the planning period. This combines short-term responsiveness with strategic planning - for maximum cost efficiency and grid stability. For an insight into all functions, please contact us here.
×
Shown here: Enit act load management takes current load, weather and price forecasts into account. Battery storage systems can be controlled by optimally allocating their capacity over the planning period. This combines short-term responsiveness with strategic planning - for maximum cost efficiency and grid stability. For an insight into all functions, please contact us here.
Recording the conditions during an on-site appointment and workshop to identify the causes and potentials, identification of flexibilities in the process
Configuration and parameterization of the hardware, adaptation and individualization of the algorithm
Installation of the hardware on site, commissioning and testing, go-live
Software and security updates, adjustments to the switching logic, integration of additional flexibilities
How can peak loads be reduced?
Thanks to the high level of data transparency provided by our energy monitoring, our algorithm recognizes when a load peak occurs. The load profile is reduced to a limit value by switching off flexible consumers or connecting battery storage systems.
Thanks to our many years of experience, we can identify flexible consumers in your business and control them with our algorithm without interfering with important processes. The AI-supported Enit act system ensures greater efficiency of your output, which is further optimized by taking power generators such as PV systems into account.
We have developed a 4-step plan that paves the way toeffectiveload management and asignificantreduction inyourgrid charges:
1. identification of load peaks
At the end of the billing year, you analyze your electricity bill to determine the amount of your peak load and the resulting costs.
2. energy monitoring
With an energy monitoring system, you can record when and by which consumers the peak load occurred. This enables you to take specific measures to reduce future peak loads.
3. organizational measures
Based on the data obtained, we work together in a workshop to develop organizational measures and identify flexible consumers.
4. automated load management
The "all-round carefree solution" includes automated load management, in which flexible consumers can be selectively curtailed. This reduces peak loads and effectively saves costs.
Peak load traffic light for the store floor
Peak loads cost many companies enormous sums of money every year and they often occur where nobody can see them.
We have developed a simple solution for precisely this: a store floor traffic light that displays the expected peak load in real time. Your benefits at a glance:
Visible from >50 m for every plant operator
Real-time forecast within the 15-minute period
Can be integrated into the Enit act dynamic load management system
Optionally with acoustic signal & future use cases
Our service for you at a glance:
On-site infrastructure survey with your personal contact from our team
In the case of companies and industrial operations that draw more than 100,000 kWh of electricity per year, the power (kW) is usually measured and billed by the grid operator in addition to the amount of energy (kWh). This takes into account the increased load on the supply grid above a certain power consumption. As electricity prices continue to rise, load management is becoming increasingly important for many companies.
In a normal tariff, payment for the power drawn is based on the annual peak load, the highest load within 15 minutes (peak load) that has occurred in a year. This value is overwritten in the peak load memory of themeter at the transfer point, monotonically increasing with the last highest 15-minute load and reset at the beginning of each month. The monthly electricity peak can thus be read from the peak load memory at the end of each month.
The load management workshop brings together all the findings from your company, the available measurement data and our expertise in the areas of load management and energy technology. Together, we develop a customized concept for your load management. The specific parameters for each consumer are also defined. The most important parameters include
Maximum curtailment time
Minimum operating time
Priority in the curtailment process
Minimum technical operating power
Defined minimum load
This structured approach allows you to utilize the full potential of your flexible consumers while ensuring that all processes in your company continue to run smoothly.
Developing efficient and long-term energy strategies
Data view and visualization of the load profile in current operation
Eliminate high energy cost bills
Generate effective process optimization with measurable successes
Save unnecessary energy costs and use savings for profitable investments
Operate sustainably and remain competitive
Approaches to peak load reduction:
Load control of thermal processes: Heating systems, heat pumps, chillers, air conditioning systems...
Cleaning/standby programs for systems
Control of wallboxes/charging stations
Installation of battery storage systems
Before the use of intelligent load management makes sense, you should have already looked into an energy monitoring system. Here too, Enit offers you a suitable solution with our Enit agent.
If you are already thinking about peak load management when planning an energy monitoring system, this is part of the BAFA subsidy.
We would be happy to discuss your individual situation with you to find out whether you need a load management system.
