Cleaner, Quieter, and More Efficient Power on Every Project. The construction industry has been advancing it's power solutions ahead of alternative heavy industries. Over the years, our advanced energy storage systems (ESS) have been proven as modern, reliable and sustainable power solutions.
Construction sites have historically relied heavily on diesel generators to power cranes, tools, batching plants, and temporary facilities. But the way these sites use power is far from steady. Equipment cycles on and off, cranes draw surges during lifts, and site sheds run continuously at low load leaving generators idling inefficiently for much of the day.
Diesel generators are designed for constant, high-load operation, not the fluctuating demands of construction work. To handle short bursts of high current, they’re often oversized, burning more fuel than necessary, increasing maintenance costs, and creating unnecessary noise and emissions.
An Ampd ESS acts as the buffer between equipment and supply. It delivers the high current needed during peak demand; for crane lifts, hoists, pump startups, or batching surges, allowing smaller generators or modest grid connections to run smoothly at their most efficient point.
By pairing an ESS and a diesel generator, they can deliver a payback period of around 2 years and backed by a 5-year product warranty, the Ampd ESS offers not only technical resilience but also strong financial returns and peace of mind.
Achieve a purchase payback in as little as one year by right-sizing your generator fleet and slashing fuel consumption and maintenance costs by up to 85%
Lower your site’s carbon emissions by up to 90% and create a healthier jobsite with zero noise pollution and zero direct NOX, PM and SO₂ emissions.
Ampd is the global benchmark for battery energy storage in the built environment, trusted by the world’s leading construction and real estate Tier-1 firms.
Construction projects face more peaks, surges, and volatility than many realize.
Supply instant current for lifts and movements without voltage dips
Manage surges when pumps start up, without oversizing gensets
Handle compressor inrush currents while ensuring steady, reliable cooling
Deliver peak power during drying cycles while keeping generators or grid loads balanced
Keep ventilation, control systems, and safety equipment powered during outages
• 1.7 year Purchase payback period
• 72% Reduction in CO2 emissions
• 2.2 year Purchase payback period
• 50% Reduction in CO2 emissions Site
• 1.7 year Purchase payback period
• 58% Reduction in CO2 emissions Site
• 1 year Purchase payback period
• 72% Reduction in CO2 emissions
¹Examples are provided for illustration purposes only. Outcomes will depend on the specifics of each case
Visit our Case Studies page to read real world examples of customers that have already benefited from having an Ampd. Alternatively get in touch and we can give you a full cost breakdown, fuel savings, and CO₂ avoided for your site.
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