You’ve probably been hearing a lot about battery storage recently, and for good reason. It’s quickly becoming a smart, eco-friendly alternative to diesel generators on construction sites. But what is battery storage & how to use on construction sites?
Let’s break it down so you can see how it’s helping contractors save money, reduce emissions, and keep everything running smoothly on the job.
What is Battery Energy Storage?
Battery Energy Storage Systems (ESS) are advanced systems that use electrochemical technology to capture, store, and release energy when needed.
They’re a game-changer for industries like construction, where power demand is high and constant. And the best part?
It’s not just for construction—any industry looking to optimise energy usage in an efficient and sustainable way can benefit from it.
How Battery Storage Works?
Here’s how it works:
- Capture: Energy is stored when demand is low.
- Store: The energy sits in the system’s batteries, ready to be used.
- Release: When demand spikes, the stored energy is released, keeping everything running smoothly.
On construction sites, where conditions are tough and power needs are always fluctuating, the AMPD Enertainer is a great solution.
It’s built to thrive in dusty, hot, and rough environments, providing reliable power while reducing emissions and improving productivity.
Battery storage is all about smarter, cleaner, and more efficient energy use—no more relying on outdated diesel setups.
What are the Benefits of Battery ESS for Construction Sites?
When a construction project kicks off, power is usually one of the first things you need to figure out. This often means tapping into the local grid or setting up diesel generators.
Diesel generators might seem like an easy fix, but they’re far from efficient. This is where Battery Energy Storage Systems (ESS) come in.
Here are the key benefits of using Battery ESS on construction sites:
1. Peak Shaving Made Easy
Power demand on construction sites can fluctuate dramatically. For example, a crane might need a huge surge of energy—like 300 amps—followed by a quiet period.
Diesel generators need to be oversized to handle these peaks, but that means they run inefficiently most of the time. And power charges are based on peak loads, not average consumption, meaning you’re still paying for those brief spikes.
How Does ESS Help?
Battery ESS, like the AMPD Enertainer, manages power surges smoothly. It kicks in almost instantly during high-demand moments, reducing the strain on generators, cutting energy costs, and improving overall efficiency.
In short, battery storage helps you get more power, use less fuel, and avoid those expensive peak charges.
2. Streamlined Automation
In the past, power management on construction sites required constant manual maintenance—generators and other power sources needed a dedicated team for repairs, servicing, and training, leading to downtime and extra costs.
How Does ESS Help?
With modern ESS, much of this is automated. Systems like the AMPD Enertainer allow you to monitor and update the system remotely, meaning you can perform diagnostics, firmware updates, and maintenance without ever stepping foot on-site.
The Result? Fewer disruptions, lower operational costs, and more time spent on-site working. It’s about maximising efficiency and productivity while keeping your budget in check.
3. Fuel Savings and Fewer Refuels
Diesel fuel is expensive, and its costs can fluctuate significantly. Plus, generators running idle too long (a phenomenon called “generator glazing”) can cause engine damage, leading to costly repairs.
Frequent refuelling means more site visits, downtime, and increased costs.
How Does ESS Help?
Battery ESS reduces your reliance on diesel by smoothing out power loads and managing surges efficiently. The result? Fewer refuels, reduced downtime, and better fuel efficiency.
Even if you’re still using diesel generators, ESS makes them run more efficiently, helping you control fuel costs.
4. Reducing Carbon Emissions
As industries push towards greener solutions, reducing emissions is essential.
For contractors and developers looking to future-proof their operations, using cleaner energy is key.
How Does ESS Help?
Battery ESS systems, like the AMPD Enertainer, operate with zero emissions.
While there are emissions when drawing power from the grid, using Battery ESS can cut on-site emissions by up to 85%, helping you meet sustainability goals while benefiting the environment.
How to Power Up Your Construction Site the Smarter Way?
At Resolute Civils, we specialise in innovative, sustainable energy products designed to make your construction site more efficient and environmentally friendly. Ready to reduce emissions, cut fuel costs, and streamline your operations?
Get in touch with us today at Resolute Civils, and let’s work together to make your next project smarter, cleaner, and more cost-effective.
Our expert team can help you choose the right ESS battery ensuring maximum productivity and minimal environmental impact.
Conclusion
So, what is battery storage & how to use on construction sites? In a nutshell, it’s a smarter, cleaner way to power your projects. From managing power surges and cutting down on diesel use, to lowering emissions and improving operational efficiency, battery storage is transforming the way construction sites are powered.
If you’re ready to future-proof your site and boost your energy efficiency, now’s the time to explore how battery storage can work for you.
Reach out to Resolute Civils and get Battery ESS for your next project.
Frequently Asked Questions
1. What is Battery Energy Storage (ESS)?
Battery Energy Storage (ESS) is a system that uses electrochemical technology to store energy when it’s available and release it when needed. It helps optimise energy use by capturing excess energy during low-demand periods and delivering it during peak times, providing an efficient and sustainable energy solution.
2. How does Battery Storage work on construction sites?
Battery storage systems on construction sites, like the AMPD Enertainer, capture and store energy when demand is low. When power demand spikes—such as during the operation of heavy machinery—these systems release the stored energy, ensuring a steady power supply and reducing the need for diesel generators.
3. What are the main benefits of using Battery ESS on construction sites?
Battery ESS offers several benefits, including:
- Peak shaving to reduce energy costs.
- Automation that lowers maintenance needs.
- Fuel savings and fewer refuels.
- Reduced carbon emissions, helping meet sustainability goals.
4. Can Battery Storage reduce the need for diesel generators on construction sites?
Yes, Battery ESS can significantly reduce the reliance on diesel generators. By efficiently managing power surges and smoothing out energy demand, these systems reduce fuel consumption and the need for frequent refueling, making them a more cost-effective and eco-friendly solution.
5. How does Battery ESS help with carbon emissions on construction sites?
Battery ESS operates with zero emissions, which can drastically reduce on-site carbon emissions. Using Battery ESS instead of diesel generators can cut emissions by up to 85%, helping construction companies meet environmental goals and contribute to a cleaner future.
6. Is Battery Energy Storage a cost-effective solution for construction projects?
Yes, while the initial investment may be higher, Battery ESS can lead to significant long-term savings by reducing fuel costs, maintenance needs, and power charges. It also helps avoid costly upgrades to local grids and provides a reliable, eco-friendly power source, making it a smart investment for construction sites.