Five teams have qualified to compete in a $30 million Google-backed competition
Five teams have qualified to compete in a $30 million Google-backed competition to land and operate robotic spacecraft on the moon, the XPrize Foundation said Tuesday. Contenders now have until December 31 for their spacecraft to be launched, said the foundation, which is running the Google Lunar XPrize and eight other technology stimulus contests. Previously, competitors needed to complete activities on the lunar surface and broadcast high-definition video, by the end of the year.
Interest in the Google Lunar XPrize has been high
Since the contest was announced in 2007, interest in the Google Lunar XPrize has been high, with 33 teams originally signing up to compete for the $20 million first prize. Second place is worth $5 million, and bonus money is available for accomplishing extra tasks, such as visiting an Apollo landing site or finding water on the moon. Google's parent company, Alphabet, has produced a documentary series about Lunar XPrize competition. Five teams remain in the running: Israel's SpaceIL, Florida-based Moon Express, an international team known as Synergy Moon, India's Team Indus and Japan's Hakuto. SpaceIL plans to fly on a SpaceX Falcon 9 rocket, which recently returned to flight following a launchpad accident. Team Indus and Hakuto will share a ride on an Indian PSLV launcher. Moon Express is banking on a launch from startup Rocket Lab, which is developing a small rocket called Electron.
Homegrown Solar Farm, Wind Turbines Keep Kenyan Community Buzzing
When the first few residents of this village in the Ngong hills installed solar panels nearly a decade ago, the only aim was to power their own homes. Their town had no connection to the national power grid. But today the community, south of Nairobi in the Rift Valley, is buzzing with solar and wind energy, which powers everything from the dispensary and church to shops, homes and even a rescue center for girls fleeing child marriage and the threat of female genital mutilation.
Residents say they banded together to buy the shared energy system
Residents say they banded together to buy the shared energy system themselves, recognizing that the substantial upfront cost would create benefits for years to come. Those now include everything from vaccines that can now be kept cold at the dispensary to solar-powered pumping of water. "Before we started this solar farm, people from this village used to travel to Ngong town, which is 17 kilometers away, to get basic services and goods such as a photocopy or a haircut. This used to inconvenience us greatly, since you had to part with a tidy sum," said Simon Parkesian, the manager of the community's solar farm.
Residents chipped in
In 2009, some residents of Olosho-Oibor, impressed with the first couple of private solar panels installed in the community, decided they wanted panels of their own, but many people could not afford them. So a group of community members began contributing $10 a month each until they had enough to buy a set of larger solar panels that could serve many nearby homes. They then approached the U.N. Industrial Development Organization for technical help in installing their system. Today, the 125-member energy cooperative