SparkCore™: AI-Driven, Scalable, Real-Time EMS

SparkCore™ is an energy management software engine that helps maximize your onsite energy assets value. It facilitates seamless and continuous communication between individual sites and the grid while simultaneously optimizing communications between a single distributed energy resource on a specific site.

SparkCore resides just between the grid, the onsite energy assets and the EV infrastructure, and functions as your onsite Energy Hub

Sparkion Delivers Multiple Benefits to Charge Point Operators:

Grid Balancing™

Leveraging real-time intelligence and communications from the SparkCore, the S1 creates greater efficiency onsite by simultaneously separating battery and grid energy. It uses real-time data and proprietary predictive algorithms to determine how much energy to draw from the grid and/ or the battery in order to meet demand. The result is increased overall site capacity without the need for additional utility upgrades or demand charges.

Power Share

Working in conjunction with Sparkion’s Demand Charge AI, and through OCPI protocols with the electric vehicle supply equipment (EVSE), SparkCore sends commands to onsite EV chargers to control power output (peak shaving) while maximizing onsite energy capacity and reducing demand charge risk. Sparkion AI also determines how much energy should be pulled from the grid at any moment based on the energy usage of the EVSE.

Charge Current Limit

Charge Current Limit (CCL) represents the maximum amount of current that can be absorbed by the battery pack without damaging or exceeding system ratings.

Sparkion provides an API integration to quantify the state of charge (SOC) and maximum battery capacity at any given time. This real-time signal provides the maximum amount of energy the battery can discharge at any point.

Dynamic Recharging

Using SparkCore and bidirectional power transfer, Dynamic Recharging allows the battery to recharge itself while simultaneously sending energy to onsite EV chargers, thus ensuring the highest EVSE uptime.