Our virtual battery software provides utilities next-generation solutions for coordinating large fleets of distributed energy resources.
As a holistic platform, Nimble™ software, enables utilities to easily and intelligently dispatch and optimize distributed energy resources while providing superior quality of service to their electricity customers.
As the number of coordinated devices increase, Nimble software provides more value without any additional effort. Utility operators gain visibility in an easy to use software environment where they can truly set it and forget it.
Nimble software is now OpenADR certified, using next-generation communication protocols to provide interoperability and coordinate a full range of smart energy devices.
This software module provides utilities a completely new approach to peak reduction that avoids load spikes after demand response events (cold/hot load pickup problems).
In this software module, predictive algorithms shape net load either to wholesale market prices or to a predetermined schedule. Using state-of-the-art algorithms for fleet-level prediction rather than individual device behavior, we reduce complexity and cost for utilities while increasing their overall system performance.
This software module offers a new approach to ancillary services (frequency regulation) from grid edge distributed energy resources. Fleet level algorithms enable real-time prediction of available capacity, leading to more accurate bids and better tracking performance.
This software module enables grid resilience by managing grid constraints in real-time, mitigating the need for expensive transmission and distribution investments. By fusing data sources such as AMI, micro-PMUs, network models, and SCADA/EMS data, we optimally dispatch distributed energy resources to mitigate overload, under-voltage, and over-current conditions.
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