Energy

Recent Smart Grid Content

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Advancing Clean Tech Innovations

Clean tech innovations in energy storage, smart grids, IoT sensors, and wide bandgap semiconductors are driving sustainability and energy efficiency across infrastructure and industry.

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Smart Grid Evolution: IoT, V2G, and Energy Democratization

The US electric grid is evolving into a smart, data-driven IoT network, enabling resilience, V2G technology, and democratized energy.

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about 1 year ago

Balancing Renewable Energy with AI and Smart Grids

Today, smart grids are integrating artificial intelligence to balance renewable energy sources and provide reliable power around the clock.

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9 months ago

Energy Challenges of Smart Cities

Smart cities rely on smarter energy—balancing demand, climate, and infrastructure with connected systems that require both tech upgrades and public will.

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9 months ago

DC Microgrids: The Next Step in Energy Evolution

DC microgrids provide efficient and reliable power using renewables, enhancing energy access and supporting sustainability.

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about 1 year ago

How Microgrids Could Reshape Our Power Systems

Microgrids represent an innovative smart grid technology that can revolutionize power systems for a sustainable, greener future.

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Recent Alternative Energy Content

2 months ago

Perovskite-Silicon Tandem Solar Cells for High-Efficiency Energy

Perovskite-silicon tandem solar cells exceed silicon efficiency limits, enabling flexible, indoor, and grid-scale energy harvesting for next-generation renewable power systems.

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9 months ago

Cutting the Cord: How Energy Harvesting Powers the Future of IoT

Energy harvesting is redefining IoT across homes, cities, and industries by powering devices with light, motion, and RF—no wires or batteries required.

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about 1 year ago

The Role of Vibration Monitoring in Alternative Energy

TE Connectivity's IoT Wireless Vibration Sensors help wind and hydropower plants detect mechanical issues early, reducing downtime and maintenance costs.

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over 1 year ago

Designing Tomorrow’s Solar Systems

Bidirectional microinverters transform solar energy with high-efficiency GaN technology, optimizing energy storage and enabling smart grid integration.

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over 1 year ago

Generating Electricity from Seawater

Explore a seawater-based generator that continuously delivers electricity without external energy and is suitable for remote, low-power devices.

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about 1 year ago

Using Wave Power as a Renewable Energy Source

Explore the realm of wave power as a renewable energy source that offers a sustainable alternative to traditional energy methods.

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Recent Power Supply Content

about 2 months ago

Simplifying High-Voltage DC Power Systems for 400V and 800V Designs

Integrated high-voltage DC power platforms simplify 400VDC and 800VDC system design for battery testing and semiconductor fabrication, while improving safety and digital control.

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2 months ago

Why TOLL-8N Is Gaining Momentum in High-Power, High-Density Designs

Packaging plays a critical role in 650V GaN FET performance. Learn how TOLL-8N packages reduce parasitics and improve thermal efficiency in high-speed power designs.

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almost 2 years ago

Battery Storage Meets Rising Grid Demand

Battery energy storage systems are crucial to meeting rising grid demand, enhancing grid reliability, and providing cost-effective energy solutions.

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over 6 years ago

Increased Power Delivery Takes PoE into New Markets

Looking to incorporate Power over Ethernet into your next design? Learn the specifics behind the new 802.3bt 90W power sourcing and power delivery sta

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almost 7 years ago

Power Density vs. Power Efficiency

Efficiency is a metric of power supply performance, but loss is what matters. As efficiencies approach 100 percent, loss becomes an element in overall consumption. Investment in reducing a small...

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Can Electronics Save the World?

Discover how efficient motor control, edge AI, MEMS sensing, and wide-bandgap semiconductors reduce energy use in electric motor-driven systems.

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about 2 months ago

Engineering Electronics That Survive Orbit

Explore how radiation affects space electronics, including single-event upset, latch-up, and total ionizing dose, and how engineers design rad-hard and rad-tolerant systems.

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