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Load Management: Leverage Custom Software to Reduce Energy Grid Challenges

Custom load management software is transforming how we manage electricity by responding to the destabilizing effects of electric vehicles on the grid. Leverage custom software to optimize loads and reduce the associated costs and risks.
electrical grid in the city with virtual grid points connecting the different poles

The electrical grid handles a greater load each year, and the sudden influx of electric vehicles (EVs) only complicates matters. Maintaining a stable grid requires effective load management. We must balance the strain put on electrical sources to prevent outages.

The grid developed largely at a time when households and businesses were the main electrical draws. Now millions of electric vehicles need to recharge regularly. The grid will have to adapt fast, and intelligent load management is the solution. The process is complex—especially given the EV revolution—but custom software development can bring electricity distribution back under control.

Just as EV technology has transformed the way people move, custom load management software is transforming how we manage electricity by responding to the destabilizing effects of electric vehicles on the grid. This software is relevant for electric vehicle owners, EV fleet managers, workers in the energy and transportation industries, and all those interested in the progress of clean energy.

If you’re working to improve the influence of EVs on the grid, leverage custom software to optimize loads and reduce the associated costs and risks.

energy grid load management
Photographer: urbans | Source: Shutterstock

What is Load Management?

Load management is the process of balancing and distributing electrical loads in a power grid. It involves monitoring and controlling the power consumption of devices connected to the grid, then ensuring demand for electricity doesn’t exceed the grid’s supply capacity.

When it comes to electric vehicles, the goal of load management is to handle sudden spikes in power demand by optimizing the charging schedules. EVs take a lot of power. If everyone charges at around the same time, then the grid will struggle to cope. But by timing the charges, you can smooth out the effects and protect the grid.

When done well, load management ensures the available power generation consistently meets demand. Positive outcomes include lowered costs for electric vehicles and the grid, less energy loss, and a more resilient grid.

Within the field of load management, there are two broad approaches. They differ in terms of where efforts are made to balance the electrical strain.

  • Supply-side management enables or disables generators in response to load demand.
  • Demand-side management has electricity users enable or disable their devices in response to available power.

Regardless of whether you’re operating a fleet, running an EV charging network, or directing an energy-related organization, it’s important to implement load management. Carefully using energy without disrupting the grid—which custom software can automate—has both environmental and business benefits.

charging port for electric vehicles
Photographer: Vladimka production | Source: Shutterstock

Challenges in Optimizing EV Charging Load Management

Load management is hard enough on its own, but the challenges become more substantial when electric vehicles enter the picture. EVs add significant strain to the power grid, especially when many vehicles charge up simultaneously. As a result, you see voltage drops, power outages, and numerous other issues that can impact the grid’s reliability.

While the pressures of EVs on the grid are serious, they’re also manageable. The key is to deploy custom software to handle load management. This software strategically controls the rate and timing of electric vehicle recharges. For instance, it can:

  • Limit charging during peak demand times
  • Spread out charges over longer periods
  • Prioritize charging for the vehicles most in need, like those with low batteries or emergency service vehicles

Load management also involves distributing the available power among the plugged-in equipment such as EVs. Special devices steer the flow of electricity. On the hardware side, these systems include sensors and switches, but there’s also software that manages the charging.

The problem isn’t the limited energy grid we inherited from the past or the EV popularity of the present. It’s the difficulty of seamlessly combining the two into a sustainable energy and transportation solution for the future. Custom software enables this solution.

Optimizing Load Management With Custom Software

Custom software automatically optimizes load management for EV charging. Solutions boast many sophisticated features such as intelligent charging algorithms driven by data science. In addition, load forecasting predicts the future to make smarter charging decisions in the present. And dynamic demand response weighs the unfolding situation to determine how best to transfer power between the grid and electric vehicles.

Load management software grants enough power to each EV during charges. As the day progresses, there will be different numbers of vehicles plugged in—and different amounts of energy generation. Good software matches supply and demand to prevent issues from arising.

The benefits of load management include decreased energy strain when supply is scarce. This also stabilizes the grid since it’s less likely to face excess demand. What’s more, EV software helps charging networks and vehicle owners track and control their charging processes to boost efficiency.

The intelligence of custom software makes it easy to optimize charging. For instance, the dynamic load management feature distributes energy to the different charge points. Basically, it evens out the stress to avoid power overruns. The system can also integrate with other functionalities such as billing and payment.

Thanks to software-powered load management, we can have the best of both worlds: rapid adoption of clean electric vehicles and a stable grid. The available energy supply keeps EVs on the road without interrupting electricity consumption for industries or residences.

Help Manage the Power Grid With Custom Software From S44

The transition to electric vehicles isn’t slowing down. Rather, it’s accelerating rapidly—as is the pressure it applies to our energy grids. To prevent grid overload, which brings down service for other parts of the economy, the use of electricity must be balanced with respect to its generation.

Load management with smart software ensures the balanced distribution of energy. As a result, electric vehicles charge at opportune times, minimizing costs to themselves and the grid. Peaks are flattened, maintaining a reliable service for everyone.

Custom software continues to evolve to serve the developing needs of load management. New techniques complement the ongoing transformation of energy grids. S44 is at the forefront of innovation. Get in touch today to learn how we can help you deliver an optimized digital experience through custom software.

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Olga Haygood
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