Tapping the sun and wind, along with cutting-edge technologies
Renewable energy sources — such as sunlight, wind, and water — are scaling in deployments and available capacity. But they also burden legacy power grids built for traditional one-way power flow: from generation plants through transmission and distribution lines to end customers.
The latest advancements in AI and accelerated computing enable energy companies and utilities to balance power supply and demand in real-time and manage distributed energy resources, all while lowering monthly bills to consumers.
Companies are turning to AI to improve the maintenance of renewable power-generation sites, grid infrastructure maintenance, and to unleash a new wave of climate research, offering accurate, physics-informed weather modeling, high-resolution simulations of Earth, and more.
Tapping the sun and wind, along with cutting-edge technologies
Renewable energy sources — such as sunlight, wind, and water — are scaling in deployments and available capacity. But they also burden legacy power grids built for traditional one-way power flow: from generation plants through transmission and distribution lines to end customers.
The latest advancements in AI and accelerated computing enable energy companies and utilities to balance power supply and demand in real-time and manage distributed energy resources, all while lowering monthly bills to consumers.
Companies are turning to AI to improve the maintenance of renewable power-generation sites, grid infrastructure maintenance, and to unleash a new wave of climate research, offering accurate, physics-informed weather modeling, high-resolution simulations of Earth, and more.
Tapping the sun and wind, along with cutting-edge technologies
Renewable energy sources — such as sunlight, wind, and water — are scaling in deployments and available capacity. But they also burden legacy power grids built for traditional one-way power flow: from generation plants through transmission and distribution lines to end customers.
The latest advancements in AI and accelerated computing enable energy companies and utilities to balance power supply and demand in real-time and manage distributed energy resources, all while lowering monthly bills to consumers.
Companies are turning to AI to improve the maintenance of renewable power-generation sites, grid infrastructure maintenance, and to unleash a new wave of climate research, offering accurate, physics-informed weather modeling, high-resolution simulations of Earth, and more.
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