Autonomous AI-Controlled Mirogrids with Renewable Energy
BluWave-ai and Sustainable Power Systems have announced a collaboration to integrate BluWave-ai distributed artificial intelligence (AI) software with Sustainable Power Systems' advanced Universal Microgrid Controller® (UMC).
By merging these progressive technologies, BluWave-ai and Sustainable Power Systems (SPS) will provide a solution for optimal control of microgrids, adding particular value in microgrids with high renewable energy penetration, battery energy storage, and dynamic load conditions.
This evolutionary step in microgrid control enables lower energy costs, lower greenhouse gas emissions, extended battery life, and increased revenue for owners and operators of microgrids: Off-grid microgrids such as remote communities, islands, military forward bases, mining and forestry operations; and grid-connected microgrids such as commercial and industrial plants and campuses.
BluWave-ai's distributed AI-based software optimizes the operation of smart grids and microgrids. It uses both real-time and archived data to perform accurate forecasting of loads and renewable generation output, sending recommendations, signals and actions to optimally manage grid resources.
"As an early innovator in AI for islanded and grid-attached microgrids, we view this infusion of AI for microgrid controllers similar to the evolution of autonomous vehicle technology for safety and ultimately self-driving cars," said Devashish Paul, CEO of BluWave-ai.
"To drive this evolutionary step for microgrid control, we are really excited to be working with SPS's team of microgrid controller pioneers with roots in the National Renewable Energy Lab (NREL)," Paul added.
BluWave-ai's solution consists of components at the edge and cloud data center. BluWave-ai Edge is installed at the aggregation points of IoT sensors, meters, and other sources of data.
The physical location can be at edge computing nodes, a private data center or public cloud. BluWave-ai Center machine learning runs in either the private data center or public cloud, collecting data from Edge nodes to train AI models and coordinate functions between multiple BluWave-ai Edge locations.
It includes an ensemble of machine learning and statistical techniques that discover patterns in data, performing predictive analysis and pattern recognition in real-time.
"With our broad deployment of microgrids in Alaska, Continental US and China, the powerful combination of BluWave-ai's artificial intelligence with our Universal Microgrid Controller will provide enhanced operation for microgrids worldwide." said Steve Drouilhet, CEO of Sustainable Power System.
Sustainable Power Systems has developed a full suite of modular and flexible power components and control systems that integrate and manage power generation from different sources - grid, wind, solar, microhydro, CHP units, and diesel generators - coordinated to achieve reliable electricity supply, power system dynamic stability, and maximum fuel savings.
The Universal Microgrid Controller® is a powerful power and energy management system designed to meet the needs of a wide spectrum of microgrid applications and architectures.
It monitors and controls the operation of all microgrid system components, providing high power quality and reliability, maximum renewable energy utilization, minimum fossil fuel consumption, and lowest overall cost of energy.
Universal Microgrid Controller™ features:
- Universal — applicable to a wide spectrum of microgrids
- Drop-in Deployment — fast and easy to deploy with minimal customization
- Controls microgrids using up to 100% renewable energy
- Highly-scalable, flexible and extensible — can be adapted as your microgrid configuration changes
- Cybersecure — uses a dedicated microgrid computer network with multi-layer password protection, encrypted data, VLANs for traffic segregation, firewalls and smart switches
- "Self-healing" microgrid — maintains system integrity, reliability and stability should a power generation source go off-line
- Automated data-logging, trending and report generation
- Remote microgrid monitoring, (ensures long-term viability and ability to support those microgrids in far remote locations)
- Real-time monitoring and control
- Dispatch optimization
- Intuitive user interface
The UMC is an easy-to-install industrial control cabinet that virtually eliminates the need for any control system integration engineering on the part of the project developer/installer.
The joint solution will be offered by both companies beginning in 2H 2018.