Story Search Results

Advanced Search

There are so many ways to search the solutions journalism stories in this database. Explore our searchable fields:

Search Results

You searched for: -

There are 43 results for your search. View and Refine Your Search Terms

Artificial Intelligence and Decarbonization

Mark Harris

July 01, 2017 |

Anthropocene Magazine |

Text |

Over 3000 Words

Response Location: Netherlands, Amsterdam

As electric utilities expand to include evolving forms of energy such as varied renewables, the already complex puzzle of storage and distribution (effectively addressing surges and lulls in demand) has grown more difficult. Artificial intelligence in the form of super speed algorithms that can detect usage patterns and allocate the right types of energy at the right times is a straightforward solution that can reduce costs and emissions simultaneously, while encouraging consumer behavior change to maximize efficiency.

Read More
Go to Original Story
How an IIT Madras Initiative Is Powering 9,000 Homes at a Fraction of Traditional Electricity Costs

Priya Mohan

June 07, 2017 |

The Better India |

Text |

800-1500 Words

Response Location: India, Jaipur, Rajasthan

A team of engineers at IIT Madras, a public university in India, has partnered with local utilities and the national Ministry of Power to bring sustainable, low-cost electricity to off-grid rural villages in the northwestern state of Rajasthan. With solar power supplied by DC microgrids, these poor rural communities are experiencing transformations to increase quality-of-life: affordable fridges that aid in food preservation, fans which mitigate heat and repel mosquitoes, and battery-powered phones connecting them to public emergency services.

Read More
Go to Original Story
The future will be battery-powered

Amelia Urry

February 21, 2017 |

Grist |

Text |

1500-3000 Words

Response Location: United States, Pittsburgh, Pennsylvania

There is an ongoing competition to improve batteries as a method of energy storage that is environmentally conscious. Intense research on batteries is ongoing, including the development of the "saltwater battery', in order to improve their reliability, storage abilities and safety.

Read More
Go to Original Story
How Nepal got the electricity flowing

Bikash Sangraula

January 16, 2017 |

The Christian Science Monitor |

Text |

1500-3000 Words

Response Location: Nepal, Kathmandu

Over the last seven years, Nepal's electricity use has remained under the control of the Nepal Electrical Authority (NEA), a monopoly that has been illegally supplying electricity to certain industries 24/7 leaving the public in darkness during blackout hours. Due to the ingenuity of Kul Man Ghising, the electricity has been redistributed and can be utilized for up to 20 hours per day in consistent and publicly known time blocks. It is possible that in the coming years, 24 hours of electricity a day will be available to all in Nepal.

Read More
Go to Original Story
A light of hope for China's rural children

Vaidehi Shah

August 12, 2016 |

Eco-Business |

Text |

1500-3000 Words

Response Location: China

In western and remote parts of China, where infrastructure is not fully developed, youth have a difficult time studying at night due to the lack of electricity. A social entrepreneur has designed a solar-powered light called Loving Lamp, with the help of Autodesk. The lamps are donated to the youth and are financed through the sales of another technology called ELittle Nut, which helps children study at the right distance from their books.

Read More
Go to Original Story
Germany sets a new solar storage record

Jeffey Michel

July 18, 2016 |

Energy Post |

Text |

800-1500 Words

Response Location: Germany, Hamburg

Solar power is an important renewable energy in Germany, but when the sun is out, it can overpower the grid. Likewise, when the sun is not out, the reception of solar power decreases. Germany has piloted battery installations that store solar energy for use when the sunlight is not plentiful and has successfully incentivized citizens to use them to lower costs.

Read More
Go to Original Story
First Report on Multifamily Solar with Storage Shows Positive ROI

Kat Friedrich

November 06, 2015 |

Clean Energy Finance Forum |

Text |

1500-3000 Words

Response Location: United States, New York, New York

As climate change and burgeoning development contribute to more frequent and bigger natural disasters, often senior, disabled, and low-income residents are stranded in their homes after a big storm without power to run elevators or regulate temperatures for medicines. Research is showing that multifamily, renewable energy storage systems provide a viable and reliable source of clean, emergency backup power for these populations in event of an emergency.

Read More
Go to Original Story
In South Korea, An Innovative Push to Cut Back on Food Waste

Karim Chrobog

May 20, 2015 |

Yale Environment 360 |

Multi-Media |

5-15 Minutes

Response Location: South Korea, Seoul

According to the United Nations, approximately 1.3 billion tons of food is wasted every year, which is costly to the environment and the economy. In Seoul, technological waste bins calculate the weight of the garbage against a set limit, and if the disposal is too heavy there is a fee. To reduce landfill deposits, Seoul has also composted food waste by turning it into animal feed, fertilizer, and electricity generation.

Read More
Go to Original Story
The Power of a Calm Sea

Russell Beard

May 18, 2015 |

Al Jazeera |

Broadcast TV News |

5-15 Minutes

Response Location: United Kingdom, Strangford Lough, Northern Ireland

As the global demand for energy continually increases, the strain on natural resources and the detrimental effects of fossil fuels become more problematic. But new developments in renewable energy technologies may provide new solutions. Minesto, a company based out of Northern Ireland, has a new device - structured something like an underwater kite - that allows for the constant harvesting of tidal power, regardless of current weather or wave conditions.

Read More
Go to Original Story
Looks swell

The Economist

March 12, 2015 |

The Economist |

Text |

800-1500 Words

Response Location: Australia, Perth

Carnegie Wave Energy created a system to generate electricity from the ocean’s waves to power Australia’s largest naval base. The system, known as CETO 5, has buoys bobbing up and down below the ocean’s surface that drives a pump attached to the seafloor and pushes water through a pipe to the power station. Each buoy can create 240 kilowatts, and all together the system produces about 5 percent of the base’s electricity. The system will need to be upgraded if they plan to put buoys further at sea where the swells are greater.

Read More
Go to Original Story