Powering Tomorrow: Innovations in Energy and Climate Technology (Sustainability Series #7)
Using the power of innovation to impact the world around us
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ClosePOWERING TOMORROW: INNOVATIONS IN ENERGY AND CLIMATE TECHNOLOGY (SUSTAINABILITY SERIES #7)
This is the seventh article in the series that aims to illuminate how innovative technological platforms and software solutions are enabling climate tech and invite dialogue with others on the future of energy and sustainability. See here for article 6, “Intelligent Building Technology: The Smart Way to Lower Greenhouse Gas Emissions”.
From the increase in severe storms to rising sea levels worldwide, the impact of climate change is evident everywhere. Innovation is crucial to address this challenge and achieve large-scale emissions reductions across five problem spaces—agriculture, buildings, electricity, manufacturing, and transportation.
Discover how semiconductors can enable and accelerate climate technologies through electrification and other promising decarbonization vectors, ultimately fostering new solutions for the health of people and the planet.
Analog Devices presents an informal discussion to demystify the technology tackling climate change.
Featured Participants:
- Gina Aquilano—Fellow and Managing Director, Analog Garage
- Kimberly Blakemore—Director of Climate Tech Strategy, Analog Devices
- Tony Montalvo—Fellow and Vice President of Technology, Analog Devices
Featured Video Segments:
- Powering Tomorrow: Innovations in Energy and Climate Technology (Full Panel Discussion)
- Opportunities for Artificial Intelligence and Machine Learning
- Designing the Grid for 2030 and Beyond
- Addressing EV Scale and Reliability
- The Promise of Hydrogen
Powering Tomorrow: Innovations in Energy and Climate Technology
Electrifying nearly everything stands as one of the most promising pathways for decarbonization. A significant challenge lies in achieving comprehensive visibility into the grid, along with developing the required instrumentation, intelligence, and insights to ensure it is efficient, reliable, and dispatchable.
Coupled with advancements in alternative vectors for decarbonization—including green hydrogen—and the application of artificial intelligence (AI) to climate challenges, the future is ripe with opportunity. Watch the full-length discussion to learn more.
Opportunities for Artificial Intelligence and Machine Learning
The electricity grid is the ultimate complex system. To keep pace with the growing demand for power, the grid must be modernized from energy generation through transmission and distribution. This can be achieved, in part, by adding intelligence to an increasingly decentralized network. Discover how AI and ML can accelerate the development and rollout of smart assets to predict usage patterns, reduce demand spikes, and modify consumer behavior.
Addressing EV Scale and Reliability
The Promise of Hydrogen
After direct electrification, hydrogen made without fossil fuels is a key vector for decarbonization, particularly in hard-to-abate sectors like heavy industry. Watch here to learn more.
