Peak Load Management
The big consumers!
Large systems and consumers always have peak loads, which can be avoided with control technology.
Peak Load Management
Large systems and consumers always have peak loads, which can be avoided with control technology.
Peak Load Management
Large systems and consumers always have peak loads, which can be avoided with control technology.
Peak Load Management
Technology, systems, plant, structure, offer, possibilities
Big, bigger peak load! Actually, peak loads in the power grid and electrical engineering should be avoided in order to keep the grid we all depend on stable and fail-safe. If you don't stick to it and exceed your agreed base load 3-4 times a month, you may have to expect higher payments.
The peak load management
In general, you should avoid peak loads in your system as far as possible, not only for reasons of cost, but also for reasons of safety and longevity of the systems. A peak load always occurs when too many consumers are employed or run in parallel with each other. Your supplier has special contracts for systems above 200KW/h, which regulate exactly which base loads you are allowed to run permanently in order not to overload the network too much. In the event of a peak load between 3 and 4 times a month, if you exceed your agreed base load of e.g. 200KW/h for just 15 minutes, your energy supplier can and will not only put you in a higher classification, which means that your energy price increases , but there can also be costs of up to €100 per KW/h for the KW/h consumed in the short time. Apart from that, these peaks are not planned by the energy supplier. If the load is too high, the network can collapse so much in the short term that the voltage collapses in certain areas, which would also be a disaster for your system.
In order to prevent these scenarios, a sophisticated peak load management system that is distributed according to the loads is required. The peak load management prevents all consumers and load carriers from going to the mains at the same time, because the high starting currents and the high initial consumption, e.g. when heating up a wellness/sauna system, motors, etc., always causes this problem. Switching on with a time delay is therefore essential, because once everything is up to temperature, the high initial currents and loads also drop significantly. With peak load management and appropriate sensors, it is also possible to monitor the loads and switch them during operation in such a way that they never exceed their basic consumption despite the higher consumption of individual systems. Depending on the configuration and time, based on the set parameters and the current energy flow and the required energy, the control system then independently recognizes which system may consume more and which can or must be regulated down.
Examples of peak load management
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Consulting & conception
Project-related & on site
Contact person: Georg Zelger
Phone: +49 (0) 87 41 / 92 66 36
Mail:
investment advice
With well-balanced peak load management, you not only save money, you also retain control over your systems. We advise you on your system or project and the possible configurations.
Support & implementation
We turn your entire control electronics upside down and use a lot of know-how and experience to make it state-of-the-art. So you no longer need to worry about peak loads.
Maintenance & Care
Because every system is constantly changing, we always look forward to inquiries about extensions or conversions to existing or new systems of any kind, even after the project has been completed.
Great projects
Good cooperation & support
Planning a project hand in hand right from the start, building it up and supporting it over the years is not only important today, but also in the future!