WiseGlow: Artificial Intelligence in the Service of Energy Management, the Smart Energy Revolution.
At the heart of the energy transition, where sustainability and efficiency are now top priorities, WiseGlow emerges as an innovative player capable of integrating artificial intelligence (AI) and renewable energy to redesign energy management. Unveiled at InterSolar Europe 2025, WiseGlow's AI+Energy platform emerges as a cutting-edge solution capable of optimizing the entire lifecycle of photovoltaic systems, ensuring high performance, reduced operating costs and increased reliability.
AI+Energy: The Synergy between Artificial Intelligence and Renewables
The concept behind WiseGlow's AI+Energy platform is the fusion of machine learning and photovoltaics. The company has developed proprietary algorithms that operate on photovoltaic systems in real time, collecting and analyzing large volumes of data from owned systems. In a continuous process of "test and learn," the system refines its predictive capabilities, optimizing power generation, storage management, and energy distribution through adaptive strategies. The system's ability to learn from actual plant operating conditions enables real-time optimization, with reduced consumption and improved productivity.
Using artificial intelligence, WiseGlow can predict energy generation and dynamically calibrate storage in batteries or storage systems. This process greatly improves demand-side management, solving historical issues related to the variability and intermittency of solar power generation.
Predictive Optimization and Proactive Maintenance
WiseGlow's system is not limited to the operational management of individual plants: the key element of its success lies in predictive maintenance based on artificial intelligence. Data collected from advanced sensors on plants are continuously processed by the AI engine, which analyzes operating conditions and anticipates the occurrence of malfunctions. The adoption of "predictive analytics" algorithms makes it possible to minimize downtime and intervention costs by shifting from a reactive to a proactive approach. The effectiveness of this technology was demonstrated in a pilot project in Italy, where WiseGlow was able to increase the annual productivity of a photovoltaic plant by 15% and reduce operating costs by 7%, a significant achievement in an industry where even small percentages of improvement translate into major economic savings and competitive advantages.
A Comprehensive and Customized EPC Approach
WiseGlow stands out in the EPC (Engineering, Procurement, and Construction) landscape for its integrated approach that covers the entire lifecycle of PV systems. The company not only handles the design and construction of the systems, but also manages the operational aspect and long-term maintenance, offering turnkey solutions that meet the specific needs of each client.
One element that differentiates WiseGlow is the in-house production of PV structures, both fixed and tracker. The structures are designed to optimize energy efficiency and ensure long system life, minimizing wear and tear and maximizing yield. Direct control over the design and manufacture of the structures enables the company to offer scalable, versatile, high-quality solutions without compromising long-term performance. These structures, particularly the trackers, are able to track the movement of the sun, thereby increasing energy efficiency up to 30%, a key determinant of plant optimization.
Hardware-Independent and Scalable Solutions
The WiseGlow platform is designed to be compatible with major hardware manufacturers, making it easily adaptable to any existing PV system without the need for costly upgrades. This "hardware independence" allows the system to be integrated with a wide range of PV modules and inverters, while maintaining a focus on efficiency and continuous performance optimization. The platform is, therefore, highly scalable and easily integrated in different contexts, from residential installations to large industrial PV power plants.
The Perspective of the Intelligent Energy Transition
In the global context of the energy transition, AI is playing a crucial role in making energy systems increasingly complex and distributed. According to the IEA 2025 report on Energy and Artificial Intelligence, artificial intelligence is set to become a key driver in optimizing the management of renewable resources and ensuring more stable power grids. WiseGlow is at the forefront of this transformation, using machine learning to solve challenges related to the intermittency of renewables and the optimization of energy production.
The company not only aims to provide smart PV systems, but also works to create a future in which energy management becomes completely autonomous, with customers having full control of their own data and energy resources. In fact, WiseGlow's system is designed to give operators total control over their systems, allowing them to manage their resources with maximum transparency and adaptability.
A Sustainable Future with WiseGlow
With a clear vision, WiseGlow is poised to play a central role in the future of energy. The company is committed to promoting an energy model that combines efficiency, sustainability and innovation, aiming for increasingly smart management of renewable resources. With its AI+Energy platform, WiseGlow is helping to define a new paradigm in energy management, making clean energy more accessible, efficient, and adaptable to the needs of an evolving market.
