For decades, construction and industrial sites across Dublin and Ireland have relied on oversized diesel generators to meet energy demand — especially during peak load events like starting tower cranes, multiple compressors, or heavy electric tools. While effective, this approach is wasteful. It leads to:
Increased fuel consumption
Higher maintenance costs
Excessive noise pollution
And unnecessary carbon emissions
But now, there’s a better way: Peak Shaving using Battery Energy Storage Systems (BESS) — like the EcoYoke.
Peak shaving is the process of reducing the electrical load drawn from a generator or the grid during short periods of high energy demand. Instead of using a large generator to accommodate rare peaks, a Battery Energy Storage Systemtemporarily supplies that extra power. This allows a smaller generator to handle the base load — and significantly reduces overall fuel usage.
Think of it as a hybrid approach: the generator handles the regular daily demand, while the BESS kicks in silently when demand spikes.
At the heart of this system is a smart, containerised battery unit — like the EcoYoke 45 BESS, available for hire or sale in Dublin through A-Z Hire, Ireland’s exclusive EcoYoke distributor.
Here’s how it works:
Your generator runs at its most efficient base load, powering offices, lighting, drying rooms, and tools.
When high-demand equipment like tower cranes or multiple electric tools are activated, the EcoYoke BESS supplies the additional power needed for a short duration.
Once the peak subsides, the BESS recharges from the generator or even better — from solar panels installed on-site.
This cycle repeats, ensuring low fuel use, less wear on generators, and quieter operations.
Deploying a Battery Energy Storage System for Peak Shaving delivers a long list of site-wide benefits:
Downsize your generator without compromising power output.
Reduce generator runtime by up to 80% on some sites.
Lower hire costs and extend maintenance intervals.
Only burn what you need — avoid oversizing “just in case”.
Save on diesel fuel, transport, and storage.
Avoid running generators at partial loads (which causes carbon build-up).
Reduce unnecessary strain on diesel engines.
Significantly cut noise pollution, especially during off-peak hours.
Run silently at night with battery-only load.
Keep residents and wildlife happier near urban sites.
All EcoYoke units include solar-ready charge controllers.
Harvest clean, free energy directly into the battery system.
EcoYoke units have been designed specifically for construction sites in Ireland, with the following key features:
Remote monitoring and smart control via Victron Energy software
Rugged steel container build for harsh environments
Available in 30kVA, 60kVA, and scalable configurations
Flexible rental and purchase options from A-Z Hire, Dublin
Whether you’re powering a crane, temporary buildings, or high-demand tools, EcoYoke peak shaving solutions help you cut emissions, reduce operating costs, and meet sustainability targets without compromising productivity.
If you’re planning a construction project, infrastructure upgrade, or site set-up in Dublin, now is the time to rethink how you power your site. A Battery Energy Storage System for hire or sale in Dublin is not just a tool — it’s a smarter energy strategy.
With EcoYoke Peak Shaving, you can:
Cut diesel use by up to 80%
Keep your site quieter and greener
Run your tower crane and site from a single generator
Add solar power easily with pre-installed charge controllers
Contact A-Z Hire today to enquire about our Battery Energy Storage Systems for hire or sale in Dublin, or book a free consultation to calculate your site’s peak shaving potential.
Peak shaving reduces the need for oversized generators
How peak shaving works: batteries supply power during load spikes
Peak shaving benefits include fuel savings, noise reduction, and longer generator life
Battery Energy Storage Systems for hire or sale in Dublin are available via A-Z Hire
EcoYoke units are ideal for construction energy efficiency, particularly on tower crane or urban residential projects