Power Management
Innovative Services for a Resilient Energy Future
Dive into a world where energy is reliable, sustainable, and intelligently managed. At NextNRG, we have harnessed the power of cutting-edge technologies to offer a range of services that redefine energy management and utilization. Our systems are designed to optimize performance, enhance resilience, and promote sustainability, ensuring that energy is not just consumed but utilized in the most efficient and innovative ways possible. Explore our suite of offerings, each meticulously crafted to meet varied energy needs while driving the transition towards a cleaner, more resilient energy landscape.
Our Power Management Systems, bolstered by the Smart Microgrid Controller, epitomize technological excellence. The controller seamlessly integrates various power sources, enhancing system resilience and autonomy. With capabilities such as ‘black start’ and dynamic islanding, it ensures uninterrupted energy flow, optimizing outputs based on real-time data and user-defined priorities, thereby fostering an environment of reliability and sustainability.
Navigate the future of energy with strategic foresight using our Predictive Energy Tools. With the innovative RenCast (US11022720B2) technology and Battery State of Charge model (US10669436B1), developed by Prof. Arif Sarwat at FIU, you can enhance decision-making capabilities. These tools are designed to provide precise predictions and management insights for renewable energy sources and storage systems, allowing for optimized energy use and reliability.
Explore the future of energy networking with our Virtual Power Plant services. Our offerings, like the RenCast Section, are engineered to optimize energy resources, ensuring that networks operate with enhanced collaboration and efficiency.
Power Management Systems
Mastering Energy Flow with Precision and Intelligence
Smart Microgrid Controller (US10326280B1)
Steer through energy challenges with our Smart Microgrid Controller, designed and developed by Prof. Arif Sarwat at FIU. A maestro in managing diverse power sources, it ensures enhanced resilience, facilitating seamless connections and disconnections from the grid. Its intuitive design, complemented by machine learning and artificial intelligence, orchestrates a symphony of features like dynamic islanding, load shedding, and two-way energy flow, crafting a landscape where energy is not just managed but optimized for utmost efficiency and sustainability.
Key benefits of Smart Microgrid Controller:
- Black start
- Frequency and voltage control
- AI-driven dynamic response
- Dynamic islanding
- Local energy and battery controllers
- Load shedding
- Two-way energy flow
- Environmentally sustainable
PEACE System
Unlock unparalleled energy efficiency and resilience with our PEACE System. Operating with a multi-layer processing architecture, it harmonizes connections between photovoltaic cells, energy storage units, and the power grid, creating a network of seamless energy transfer and utilization. Tailored to meet various demands, the PEACE system ensures that energy is available, optimized, and resilient, marking a milestone in sustainable energy management.
Key benefits of PEACE:
- Improve Power redundancy
- Scalable
- Modular
- Improve resiliency
- Sustainable
Predictive Energy Tools
Innovating Energy Networks for Enhanced Collaboration and Efficiency
RenCast (US11022720B2)
Step into the future wuth RenCast, developed by Prof. Arif Sarwat for pioneering energy prediction. Leveraging Advanced machine learning, including time series analysis and complex ML models, RenCast refines energy strategies with dynamic, real-time forecasting of solar generation. This tool supports smart decision-making promoting efficient energy management, cost savings, and enhanced sustainability for grid-connected and standalone power systems.
Key benefits of RenCast:
- Plan and manage renewable energy generation
- Short- and long-term forecasting
- Predict energy generation
- Forecast distributed energy resource generation
- Improved resiliency
- Increased savings
Battery State of Charge (SoC) (US10969436B1)
Elevate energy management with our Battery State of Charge tool, invented by Prof. Arif Sarwat. Our tool ensures optimized energy storage, enhancing batter longebity and performance. It offers critical real-time insights for efficient energy utilization, guaranteeing the availability of power when it’s most needed. This invention marks a significant advancement in batter management capabilities.
Key benefits of Battery State of Charge (SoC):
- Manage microgrid energy
- Real-time monitoring
- Safely operate
- Estimate state of health
- Store energy
Virtual Power Plants (Vpp)
Harness the Power of Foresight for Optimal Energy Use
RenCast
Discover the brilliance of optimized energy networks with our RenCast Section. A testament to innovation, it ensures that energy resources are meticulously managed and utilized, enhancing collaboration, efficiency, and overall system performance.
Key benefits of RenCast:
- Grid automation
- Increase savings
- Optimize resource
- Diagnose and rapidly respond to faults
- Self-healing
- Helps data-driven decision making
- Provide security from cyber attacks
- Preserves privacy
- Microgrid
- Supports critical infrastructures
- Energy Storage
- Intelligently synchronizes
- Optimize models
- Deliver near real-time operational visibility
- Dispatches for bulk energy transfer
- Wide-area aggregation
- Energy pricing and economics
- Utility-level applications
HOPES Controller (US10326280)
HOPES Controller, designed and developed by Prof. Arif Sarwat, allows for Microgrids from different locations to connect through transmission line to the utility grid. Using the controller, the Microgrids can communicate and form a virtual power plant to distribute power where it is needed. The HOPED controller software component includes predictive and prescriptive computation models to address and mitigate the concerns facing the grid’s high-penetration RES scenarios. Also, the controller allows consumers to integrate novel computational tools for state-of-the-art RES generation forecasting and wide-area aggregation, to optimize dynamim RES hosting capacity, intelligent device synchronization, and on-demand dispatch ability.
Key benefits of Battery State of Charge (SoC):
- Grid automation
- Increase savings
- Optimize resource
- Diagnose and rapidly respond to faults
- Self-healing
- Helps data-driven decision making
- Provide security from cyber attacks
- Preserves privacy
- Microgrid
- Supports critical infrastructures
- Energy Storage
- Intelligently synchronizes
- Optimize models
- Deliver near real-time operational visibility
- Dispatches for bulk energy transfer
- Wide-area aggregation
- Energy pricing and economics
- Utility-level applications
