Utilities deploy Intel® technology across the power grid to increase utilization of existing electrical capacity and optimize use of renewable energy.
Utilities deploy Intel® computing and communications technology across the power grid to increase utilization of existing electrical capacity and optimize use of alternative energy sources, such as wind and solar.
Case Study: Wind River discusses Internet of Things-based smart energy grid use cases and describes the challenges facing intelligent energy distribution including security, protecting legacy systems, building intelligence, and protecting privacy.
Intel®-based IoT smart city apps demo API service creation for industrial lighting, and living labs environmental data monitoring in city parks.
Learn how Austin, Texas’ Pecan Street Inc. provides insights into sustainable energy through a smart grid community project and Intel® technology.
Learn how Austin, Texas’ Pecan Street Inc. combines utilities, businesses, scientists, homeowners, and Intel® technology in a smart grid community project, providing insights on the future of sustainable energy.عرض كامل >
See how Intel, McAfee, and Wind River support data centers from generation to distribution and consumption by harnessing the power of the Internet of Things and the cloud through intelligent technology for connectivity, reliability, and security.
Solution Brief: Tech coalition develops an end-to-end smart grid data management solution combining HPC, networking, and storage for real-time data.
Solution Brief: Technology coalition develops an end-to-end synchrophasor smart grid data management solution combining high-performance computing, networking, and storage to provide real-time data for utilities for reduced costs and complexity.
Solution Brief: Simplify smart grid development with synchrophasor data management solution on Intel® Intelligent Systems Framework-based platforms.
Solution Brief: Synchrophasor data management solution on Intel® Intelligent Systems Framework-based platforms simplifies smart grid development by analyzing and visualizing power line current and voltage, reducing cost and complexity.