With peak shaving you avoid peaks in energy consumption that are inefficient, unnecessary and costly. Fluctuating energy demand is strenuous for energy assets like generators and grid connections. Our batteries clip these peaks, resulting in significant savings.
Power peaks need large energy assets to meet demands even though the baseload may be much lower.
Our batteries clip the peaks of energy demand allowing smaller generators or a smaller grid connection to deliver the baseload. This can result in significant cost savings.
Smaller setups mean less money spent, reduced emission, less noise and reduced local air pollution. On top of this, when traditional energy assets fail, our batteries functions as a backup power source.
savings on diesel costs
Less diesel engine running hours
Savings on fuel
Save on emission and costs
Save costs with Peak Shaving on grid
Our batteries allow grid connections (50-400 amp, 3 phase) to become valuable energy assets. The grid is used to keep the battery charged, while the battery takes care of power peaks.
Peak shaving on the grid can save up to 30% on costs compared to the use of traditional diesel generators.
Reduce fuel, noise and smell
Currently, 80% of the generators used at events run at 20% below their capacity and the remaining energy is lost in heat and friction.
The storage capacity of our batteries helps generators run optimally, regardless of temporary peaks in energy demand. This can reduces the running hours of the diesel generator by up to 85%, significantly lowering noise and local air pollution. And on top of this, fuel savings up to 60% can be achieved.
Reduce engine running hours
Lower noise and local air pollution
Achieve fuel savings up to 60%
Solution to store renewable power
The weather and the time of day dictate the generation of renewable energy, while the consumption of energy is subjected to human behavior.
Our batteries bridge this discrepancy between production and demand by storing excess renewable energy and releasing it when needed. Our batteries are the perfect solution for the problem of intermittent supply for those who are entirely dependent on renewable energy.