Hybrid Power Solutions Files Patent for AI-Driven Energy Management System

Hybrid Power Solutions Inc. has taken a significant step forward in the realm of clean energy technology by filing a comprehensive patent application for an advanced AI-driven energy management system. This development, announced on September 2, 2026, positions the company as a leader in the emerging field of intelligent hybrid power systems.

The new patent application details a sophisticated system designed to optimize hybrid power deployments. These deployments integrate various technologies such as battery storage, renewables, generators, and grid connections, making them particularly relevant for industrial, remote, and mission-critical applications. The system features several key components, including:

- A communication interface that supports multiple protocols such as Modbus and CANbus. - A sensor interface that integrates GPS, accelerometers, humidity, Hall effect current sensors, voltage, acoustic, Bluetooth, and Wi-Fi capabilities. - A machine learning engine that analyzes power consumption and generation patterns to generate autonomous control actions, continuously learning from operational data to optimize efficiency without user intervention. - Predictive maintenance capabilities using feature extraction, degradation trend analysis, and remaining useful life estimation. - Dynamic weighting for optimization objectives, contextual adjustments (such as electricity prices and carbon intensity), and confidence scoring for AI decisions, with human review triggers. - Renewable energy management with advanced Maximum Power Point Tracking (MPPT), wind turbine control, microgrid coordination, and unified management of solar, wind, battery storage, and controllable loads. - Extreme weather preparation, power quality monitoring, fault compensation, and simulation modeling.

Francois Byrne, CEO of Hybrid Power Solutions, emphasized the significance of this technology: "This patent application represents a major leap forward in intelligent hybrid power systems. By embedding AI, machine learning, predictive analytics, and real-time optimization, we are enabling our customers to achieve superior efficiency, lower operating costs, reduced emissions, and enhanced reliability, especially in harsh or remote environments where our Spark, Batt Pack, and Solar Tarp solutions are already making an impact. This technology will further differentiate Hybrid in the market and support our transition toward smarter, more autonomous clean power platforms. This could be a new source of recurring revenue once implemented across the product line."

The system is closely aligned with Hybrid’s ongoing development of its embedded IoT and unified fleet management platform, which incorporates predictive analytics and machine learning for remote monitoring and optimization. It also complements tools like the Company’s new customer-facing power usage calculator, which helps users evaluate hybrid solutions, estimate return on investment (ROI), cost savings, payback periods, and CO₂ reductions based on real-world data.

This filing underscores Hybrid’s commitment to innovation in portable and hybrid energy storage. The company's previous intellectual property achievements and ongoing R&D efforts position it for expanded opportunities in sectors such as construction, mining, defense, and First Nations microgrids. Hybrid Power Solutions Inc., a Canadian clean energy innovator listed on the Canadian Securities Exchange, specializes in developing portable power systems that eliminate the need for fossil fuels in off-grid and remote applications.

In a statement, Byrne added, "This technology will not only enhance the performance and reliability of our existing products but also open up new markets and business opportunities for us. We are excited about the potential of this innovation to drive the clean energy transition and support our customers in their sustainable energy goals."

The filing of this patent application marks a significant milestone in Hybrid Power Solutions' journey towards becoming a leader in intelligent hybrid power systems, setting the stage for a future where clean, efficient, and autonomous energy solutions become the norm.