Dynamic Load Balancing
Distribute available power in real time across all active charging sessions. When demand is high, charging rates are reduced proportionally; when demand drops, vehicles automatically receive more power. This approach maximizes site utilization while staying within capacity limits.
Dynamic Load Balancing
Distribute available power in real time across all active charging sessions. When demand is high, charging rates are reduced proportionally; when demand drops, vehicles automatically receive more power. This approach maximizes site utilization while staying within capacity limits.
Sequential Load Balancing
Instead of splitting power, EOSVOLT can charge vehicles one at a time in sequence. Once one session is complete, the next begins. This is useful at constrained sites or locations where predictable charging slots are preferred over variable charging speeds.
Sequential Load Balancing
Instead of splitting power, EOSVOLT can charge vehicles one at a time in sequence. Once one session is complete, the next begins. This is useful at constrained sites or locations where predictable charging slots are preferred over variable charging speeds.
Configurable Site Limits
Operators define maximum load thresholds per site to ensure charging never exceeds what the grid or installation can handle. Both dynamic and sequential methods respect these limits, protecting infrastructure while ensuring reliable service.
Configurable Site Limits
Operators define maximum load thresholds per site to ensure charging never exceeds what the grid or installation can handle. Both dynamic and sequential methods respect these limits, protecting infrastructure while ensuring reliable service.
Built for efficient and reliable charging
With EOSVOLT’s Load Balancing, you can distribute energy intelligently, protect your site capacity, and choose between dynamic or sequential charging strategies.
Start managing load with EOSVOLT today.
