Energy Challenge · Peak Load

Peak Load: Too Much at Once?
Stay in control of your power.

Peak load is the moment when your business draws a large amount of electrical power all at once. This power is measured in kW, not in kWh. High peaks put a strain on your connection and can affect your grid costs. With smart control, charging management, and—where appropriate—a battery, you can reduce your peaks: peak shaving.

Does this sound familiar to you?

Understanding the Problem

What is peak load?

Peak load refers to a moment when a company draws a large amount of electrical power at once. It refers to the power drawn simultaneously, not to the total energy consumption over a period of time.

The Difference Between kW and kWh

kW is power: the amount of electrical power you draw at any given moment. kWh is energy: the total amount you consume. Ten 10-kW machines, each running for one hour, consume a total of 100 kWh. If they run at the same time, they draw a combined 100 kW. By staggering their operating times, you can reduce the amount of power drawn simultaneously.

How does peak load affect your service and utility bills?

High peaks can put a strain on your connection and affect your utility bills. The extent of this depends on your connection, your contract, and the rates.

Peak load or grid congestion?

Peak load refers to your own power demand. Grid congestion refers to limited capacity on the power grid. These are different issues; managing your peaks can be part of a strategy within the available grid capacity.

From Challenge to Solution

Reducing Peak Load with Peak Shaving

Peak shaving means smoothing out power peaks. The best approach depends on your processes, connection, and installation.

Distribute Power Consumption More Effectively with Power Control

We're investigating which processes or charging times can be shifted so that not everything draws power at the same time. Power Control helps you adjust your energy usage accordingly.

Smart Charging with Charge Management

Coordinate charging times with your available power capacity and your business’s needs. Together, we’ll explore which charging control options are available for your system.

From Measurement to Management

Here's how we do it

01 / Insight

We analyze your consumption profile, your connection, and the times when power demand is high.

02 / Possibilities

We're looking at which processes can be shifted, what priority charging stations will be given, and what storage capacity is available.

03 / Follow-up

We agree on the investment strategy within the framework of your company's terms and conditions and monitor the development of your investment profile.

Recognition in Your Industry

When do your peak moments occur?

The cause varies by company. For example:

Logistics & EVs

You want to electrify your fleet, but additional charging capacity isn't a given. Explore how charging times can be spread out.

Agricultural

Power generation, storage, and operational processes must fit within the available capacity. Identify where there is room to spread out power demands.

Retail

New charging stations and electrification require space in addition to the store's existing energy consumption.

Good to know

Frequently Asked Questions About Peak Load

Peak load is a moment when your business draws a large amount of electrical power at once. It refers to the highest power consumption at any given moment, measured in kW, and not to your total consumption in kWh. High peaks can strain your connection and affect your grid costs.
kW is power: the amount of electricity you draw at a given moment. kWh is energy: the total amount of electricity you consume. A 10-kW machine running for one hour uses 10 kWh. To determine peak load, look at the kW.
Peak shaving means smoothing out peaks in your power demand. You do this by shifting consumption, intelligently controlling charging stations, or using a battery to provide backup during peaks. This reduces the amount of power you need from your utility connection and often allows you to continue expanding.
You can shift processes and charging times so that not everything draws power at the same time, automatically direct charging stations based on available power, and use a battery to handle peaks in demand. The right mix depends on your consumption profile, your connection, and your operating conditions.
A battery can help out during peak times, provided your system is compatible. Capacity and control determine what’s possible. A battery without smart control won’t always solve peak issues. We’ll first review your usage profile before recommending a battery.
Peak load occurs within your business: you’re drawing a lot of power all at once. Grid congestion is a shortage of capacity on the power grid itself. These are different issues, although reducing peak load can help when the grid is overloaded.
That depends on your connection, your contract, and the rates. High peaks can affect your electricity costs. An analysis of your usage profile will show where your peaks occur and what savings you can achieve by reducing them.
You’ll start with a discussion about your energy usage, your connection, and your plans—for example, regarding charging stations. Then we’ll identify your peak usage periods, determine where adjustments can be made, and agree on a plan of action. Schedule a consultation using the button at the bottom of the page.

Is there more to it at your company?

Discuss your peak load

Where can you find room for improvement in your energy usage? Together, we’ll look at your usage peaks, your service connection, and how managing your usage can make a difference.