Cliffs
Cliffs
Cliffs

Microelectronics is key for decarbonization

A growing world population, billions of connected devices, mobility fueled by electric power – the appetite for energy is huge. To improve the global climate balance, we need to shift from fossil fuels to renewable energy, foster electrification, and increase efficiency along the electrical energy chain: energy generation, transmission and storage, as well as consumption. Semiconductor technologies make it possible to optimize energy efficiency at every stage of this chain.

Renewables

Getting more out of sun and wind with semiconductor solutions

Green buildings

Semiconductors for sustainable homes and buildings

image

Featured

Green buildings on the rise

As the world grapples with the effects of climate change, sustainable buildings are an important part of the solution. Whether residential homes, offices, hospitals or schools: modern, smart buildings not only make life easier, they also contribute to a greener future.

Read more
Company
Empowering green energy with wide-bandgap semiconductors
woman with smartphone charger
Chargers and adapters go green
Smart Home
Sensors for energy-efficient, smart buildings
pss cordless leaf blower
Electric, cordless power tools – climate-friendly and convenient
Heat pump
Semiconductors bring heat pumps to life
×

Data centers

Microelectronics enable significant energy savings

image

Featured

The green potential of data centers

11,000 data centers worldwide process, store and network huge amounts of data. In addition to performance and security, optimizing energy efficiency is crucial to their profitability and sustainability requirements. Read how semiconductors help make data centers more efficient and greener.

Read more
Company
Empowering green energy with wide-bandgap semiconductors
Artificial Intelligence
We power AI - from grid to core
Video story
The green impact of microelectronics
Video story
High-performance power semiconductors for modern data centers
×

All content