Storing energy makes a lot of sense for many large-scale businesses. It’s a project that focuses on storing excess energy that can be released back to the electrical grid for a specific price (thus making some money). If they don’t do this, they might redistribute the energy to another industrial area so that it’s all being used efficiently.
The Benefits of Large-Scale Energy Storage
It’s pretty understandable why so many companies store energy when you consider the benefits:
- A more reliable grid with less chance of blackouts
- Better reliance on clean energy from the sun and wind
- Reduced electricity costs
There are several types of technologies available for this process, too, including compressed air energy storage, flow batteries, and lithium-ion battery energy storage systems. So, what about the downsides? Are there any challenges behind large-scale energy storage projects? Often, yes.
Technological Limitations
Sometimes, the technology simply isn’t up for storing energy long-term. That might be because of battery degradation, which means the batteries themselves lose the capacity to store the energy over time. Some technologies lose a lot of energy over time.
That is why it’s a good idea to find a reputable electrical contractor that offers power and energy storage services with ongoing support. Choosing a battery energy storage EPC contractor that covers all kinds of energy needs, from automation to power to energy storage, means your site will end up with a more integrated system based specifically on your needs. This is especially useful for manufacturing, feed, and food processing industries. Plus, you’ll always receive 24/7 support, including in emergencies.
Site Restrictions
Where your manufacturing company is based plays a huge role in how much energy you can store. There are some geographical restraints you might run into. For example, not enough physical space, steep slopes, poor load-bearing capacity, and an area that experiences frequent flooding.
Safety Concerns
Any kind of energy storage project requires a serious focus on safety, as things can go wrong. That’s because a lot of energy storage technologies, such as utility-scale batteries, store immense amounts of energy in a small space. If something goes wrong, such as a short circuit, this can lead to very dangerous situations like a fire or the release of toxic gases.
A Potentially Negative Impact on the Environment
You might assume that saving energy is one of the clearest paths to becoming more eco-friendly. While being more efficient with energy is undoubtedly a good thing, the use of energy storage materials can actually have the opposite effect. That’s because many energy storage materials use things like nickel and lithium, both of which involve extraction methods that seriously damage the environment.
Always Seek Professional Support for Large-Scale Energy Storage
There is no denying that it makes sense for many industries and manufacturing sites to store more energy. However, it’s important to be strategic about it so that the project is safe, environmentally friendly, and efficient. To manage that, always seek professional support from a large-scale energy storage company that will tailor the service to your specific site.
