Who is EAI ?

As solar becomes a central pillar of global electricity generation, every lost kilowatt-hour matters. But in massive PV farms spanning thousands of strings and components, yield losses often go unnoticed – hidden behind manual monitoring systems, scattered dashboards, and data overload. Today, AI and digital technologies are rewriting the rules....

As land scarcity and energy demand grow side by side, the world is turning to its untapped surface: water. Floating and offshore solar PV systems offer an innovative way to generate clean energy without competing for real estate—but they also introduce new engineering, operational, and environmental challenges. Enter Artificial Intelligence...

As utility-scale solar becomes a dominant force in electricity generation, grid integration is no longer a back – end concern – it’s the central challenge. The variability, speed, and scale of solar energy make it both a solution and a stressor for modern power systems. That’s where Artificial Intelligence (AI)...

As solar power becomes a foundational pillar of the global energy mix, the scale and complexity of utility-scale solar farms have grown exponentially. With thousands of strings, inverters, and trackers stretched across vast terrains, effective Operations & Maintenance (O&M) has become both critical and challenging. Enter Artificial Intelligence (AI): a...

Solar trackers have long promised to boost photovoltaic (PV) performance by following the sun. But with site-specific terrain, cloud variability, and weather extremes, one-size-fits-all tracking is no longer enough. That’s where Artificial Intelligence (AI) steps in—unlocking the next generation of intelligent, adaptive solar tracker control. By optimizing tilt and movement...

As industries like cement, steel, chemicals, and mining seek to decarbonize, high-temperature solar thermal systems are emerging as a powerful solution. These systems can generate heat at 400°C to 1000°C—enough to replace fossil fuels in some of the hardest-to-abate sectors. But operating and optimizing such systems – especially with complex...

Concentrated Solar Power (CSP) is often overshadowed by photovoltaics (PV), but it holds a unique advantage: thermal storage and dispatchability. By storing heat instead of electrons, CSP can provide clean energy even after sunset — acting like a renewable baseload plant. However, CSP systems are incredibly complex to operate. They...

As electric vehicles (EVs) and rooftop solar adoption accelerate globally, their convergence presents a huge opportunity — and a complex optimization challenge. When intelligently integrated, solar and EV charging can create hyper-efficient, low-carbon energy ecosystems at homes, businesses, and public charging stations. Enter Artificial Intelligence (AI): the key to unlocking...

As solar adoption grows across rooftops worldwide – on homes, offices, schools, and public buildings – the opportunity to unify these assets into virtual power plants (VPPs) is redefining how we think about energy generation and grid resilience. But coordinating hundreds or thousands of physically dispersed rooftop systems poses enormous...

As rooftop solar adoption surges, the electric grid is transforming from a one-way power delivery system into a complex, dynamic network of producers and consumers. To manage this complexity, artificial intelligence (AI) is fast becoming the backbone of next-generation smart grid integration. Here’s how AI is not just a helpful...