World

Imagine an energy system where power generation is achieved through a diverse and decentralized network of energy units, such as your rooftop solar panels, that are monitored intelligently and the grid is able to manage supply and demand in real-time fashion. In this next energy era, the electric utilities do not generate their primarily revenues from moving electrons – but instead, by gathering and managing data – offering services rather than power. The vision of this futuristic energy system is not far from reality – and definitely provides a direction of travel for the energy industry.

Global solar tracker shipments reached new record levels in 2019, exceeding 31 GW, up 55% year on year. Exceptional demand in the United States – as well as multiple gigawatt markets in Brazil, Mexico, Chile, Spain and Australia – helped propel the market to new heights, writes Cormac Gilligan, associate director at IHS Markit.

A clean energy and e-mobility executive recruitment firm says CEOs and founders remain relentlessly positive in the face of the public health crisis and expect the global recovery from the pandemic to be led by a green revolution.

SunCrafter is a small German startup with a global ambition: to alleviate energy poverty by upcycling used solar PV modules. Having established an innovative business model, which sees it subsidizing its goals by meeting the infrastructure needs of big events and festivals, it has now partnered with EU-funded project Circusol to demonstrate the viability of circular renewables. pv magazine interviewed SunCrafter CEO and co-founder Lisa Wendzich as part of the UP initiative’s circular manufacturing quarterly theme.

Plus, there was plenty of hope in predictions made by Norwegian institute DNV GL but U.S. households are facing hefty energy bills just as data from Delhi showed the link between industrial shutdowns and cleaner skies.

The new president of Huawei’s Smart PV Business Unit, Chen Guoguang, talks to pv magazine about his new role in the company and the future of his division. Increased investment in smart PV R&D and technological innovation are at the top of the agenda. The intelligentization of energy products is also a priority, with much to be gained from the integration of information and communications technologies (ICT) and energy.

France’s Energy Transition Law has set forth aggressive renewable targets with plans to achieve energy independence by 2030 for its Non Interconnected Areas (NIA), or small isolated electricity networks. The renewable targets for its primarily overseas regions are more ambitious than the country’s mainland energy transition goals, with the national plan aiming to achieve 50% renewable energy penetration for NIA electricity by the end of this year. The rapid deployment of solar PV on the country’s islands across international waters creates challenges for grid operations, and battery storage is stepping in as a solution.

Accreditation institute DNV GL has made some astonishing carbon-related predictions as it prepares the next edition of its Energy Transition Outlook report. The Norwegian body says transport-related emissions have peaked and those of the iron and steel industries may well have too.

Responsibility in battery supply chains has become a growing focal point over the last few years and will remain a key theme as demand for mobile phones, electric vehicles, and alternative forms of energy continue to increase. Alexander Preston from SAFE sets out how the application of blockchain technology can deliver visibility, build trust, and facilitate the battery sector’s digital transformation.