Powering Forward At Malaysia’s Manjung 4 Power Plant
Operational since early 2015, the Manjung 4 plant is playing its part in meeting demand for energy throughout Malaysia that is tipped in the World Energy Markets Observatory (WEMO) 2017 report, to increase by 4.8% per annum right up to 2030.
Surf’s Up – How Ocean Waves, Tides, And Temps Can Help Power The World
In the-near-future however, wave power, or marine energy, could become a new source of renewable power for nations connected to the world’s deepest, largest oceans, including many in Asia Pacific (APAC).
Unleashing the potential
power
Answering Pakistan’s Burning Question: How To Ignite Lignite?
Buried 1,000 feet below the parched Thar Desert in Pakistan lies more fuel energy than all the known oil in Iran and Saudi Arabia combined. Just a small fraction of this 175-billion-ton lignite coal reserve is plentiful enough to supply one-fifth of Pakistan’s current energy levels for 50 years.
STEM in Laos - Women Eye Welding and Engineering Jobs in the Hydropower Sector
power
Guiding Light: This Indian Village Could Show The Way To 1.5 Billion Who Lack Electricity
When GE Global Research Center engineer Jayesh Barve arrived in Behlolpur, India, in February, he found children and adults from this remote village learning to read and write with the help of a new computer. The sight overwhelmed him. As recently as last fall, Behlolpur, located in Bihar province, had no electricity — much less computers. Villagers rose with the sun and lit candles or oil lamps at night, just like their ancestors centuries ago.
3D Printing
A New Dimension For Industry: How 3D Printing Is Doing Its Part To Reduce Greenhouse Emissions
Indonesia: Islands of Fast Power
How Thailand Plans To Optimize Its Energy Balance And Efficiencies
Electricity
Where Turbines Are Born: An Inside Look at GE’s Big Iron Maternity Ward
Why Low-Energy Solutions Are Needed To Power The IoT Revolution
The evolution of computing technology has long been predicated by ‘Moore’s Law’, a much-quoted observation made by Intel founder, Gordon Moore in 1965. He predicted that the number of transistors in a dense integrated circuit, would double every two years, to drive exponential growth.