Joris Snaet, KU Leuven

Our November issue is now live

Latest Research

  • Article |

    A natural field experiment found that real-time feedback on energy consumption while showering led to an 11.4% reduction in energy use in a random sample of hotel guests, demonstrating the potential for activity-specific feedback as a cost-effective and scalable conservation strategy.

    • Verena Tiefenbeck
    • , Anselma Wörner
    • , Samuel Schöb
    • , Elgar Fleisch
    •  & Thorsten Staake
  • Analysis |

    Multilateral development banks are known to finance a significant number of new power plants in low-income countries, and have been pushing for more renewables. Here, researchers build a bottom-up dataset of more than 800 projects from 10 banks to quantify the extent to which these banks have greened their portfolios.

    • Bjarne Steffen
    •  & Tobias S. Schmidt
  • Analysis |

    Although rigid silicon panels dominate the solar power market, they are unsuitable for niche applications such as portable charging or drones, where thin-film and flexible technologies would be advantageous. This Analysis examines the needs of niche markets and the packaging weights that would be required to enable such photovoltaic devices to enter them.

    • Matthew O. Reese
    • , Stephen Glynn
    • , Michael D. Kempe
    • , Deborah L. McGott
    • , Matthew S. Dabney
    • , Teresa M. Barnes
    • , Samuel Booth
    • , David Feldman
    •  & Nancy M. Haegel
  • Article |

    A decrease in the cost of renewable energy is often attributed to technological learning. This study uses 18 years of data from 133 renewable energy projects in Germany, alongside practitioner interviews, to find that changing financing costs, not just technology, are responsible for a significant cost decrease.

    • Florian Egli
    • , Bjarne Steffen
    •  & Tobias S. Schmidt
  • Review Article |

    The thermal properties of solar energy can be exploited for many applications, including evaporation. Tao et al. review recent developments in the field of solar-driven interfacial evaporation, which have enabled higher-performance structures by localizing energy conversion to the air/liquid interface.

    • Peng Tao
    • , George Ni
    • , Chengyi Song
    • , Wen Shang
    • , Jianbo Wu
    • , Jia Zhu
    • , Gang Chen
    •  & Tao Deng

News & Comment

  • Q&A |

    In April 2018, the Mini-Grid Innovation Lab was launched by The Rockefeller Foundation and CrossBoundary. Working with partners across Africa, and supported by Duke University, Carnegie Mellon University, and the University of Massachusetts at Amherst, the lab will test business solutions for mini-grids based in Africa to find the most cost-effective and scalable solutions. In doing so, it aims to demonstrate to governments, policymakers, investors and donors that mini-grids can play a key role in providing energy access to 600 million people without power in Africa. Nature Energy spoke to Gabriel Davies of CrossBoundary about the objectives and achievements of the lab so far.

    • Fouad Khan
  • News & Views |

    Cryogenic-electron microscopy is rapidly transforming battery research. Now, this powerful technique has been used to identify lithium hydride as a surprising culprit behind Li-ion battery failure.

    • Yuzhang Li
    • , Yanbin Li
    •  & Yi Cui


Photovoltaic scale-up and deployment

Antal Thoma, CSEM

Photovoltaic scale-up and deployment

This Focus examines some of the challenges in scaling-up photovoltaic technologies from the laboratory to the real world and explores upcoming deployment routes.