EV charging that works with your site's energy supply, not against it
Sites with fluctuating demand can, at any time, see a spike in energy use. The extra burden of EV charging can then cause outages or disruption to services.
Dynamic load management from Fuuse ensures that your EV chargers don't interrupt other services, by automatically reducing charging speed (and therefore energy needed) when demand for power across the site is high.
As experts in EV charging management, our DLM solution enables you to:
Save money on infrastructure and energy costs
Keep total site demand within limit, to avoid costly upgrades. Make your existing infrastructure work for you.
Get the most out of EV chargers
Ensure EV chargers deliver optimally without causing disruption to other power-consuming services across the site.
Deliver on sustainability goals
Reduce unnecessary energy waste and make smarter use of energy resources to meet ESG objectives.Prioritise on site safety and compliance
Reduce the risk of blown fuses or grid penalties, and comply with all relevant regulations and standards.How does dynamic load management work?
Automatic adjustments
Charging power restores
Energy demand measured
Dashboard insights
Why Choose Dynamic Load MAnagement from Fuuse?
Hardware agnostic
Dynamic load management from Fuuse is OCPP-compliant so you can manage different EV charger models from various manufacturers.
Building management connection
Integrate with building management processes, and manage energy across large, complex sites and supplies. Monitor multiple chargers and sites from one dashboard.
In-depth reporting
Access real-time reporting that shows current energy levels and readings. Identify data patterns so you can understand demand peaks and plan accordingly.
Alert feature
Receive alerts that you notify you when you've hit an energy limit or buffer, so you can respond accordingly and avoid site disruption.
Ready to take control of your Energy Management?
Complete this form, and a member of our Energy Management team will be in touch.
