Tag: energy

Companies across all industries face a multitude of challenges in their operations, many of which can be addressed through innovative uses of technology. By implementing use cases tailored to their specific needs, organizations can drive efficiencies, mitigate risks, and create competitive advantages. This comprehensive post explores some high-impact use cases with the corresponding Amazon Web Services (AWS) solution that can transform public sector industries.

Two Nordic-based organizations are using AWS to reach ambitious sustainability goals. Recently at the AWS Summit Stockholm, leaders from Finland’s Posti Group and Sweden’s Stockholm Exergi shared how they’re using cloud technology to innovate the full end-to-end value chain of their services, and create a culture of shared responsibility for sustainable solutions for their customers and beyond.

A new geopolitical and energy market reality has accelerated momentum for the green transition. But there is one geography for which energy is a perennial challenge: islands. Islands have always sought to create a sustainable environment for their populations and have had to use ingenuity, collaboration, and civic will to make it happen—and often by using innovative technology. In this way, islands can be viewed as living laboratories of what could be scaled up for mainland communities. As the world responds to the energy crisis, islands can show a path for overcoming energy challenges.

The Materials Project at Lawrence Berkeley National Laboratory (LBNL) is an open database that offers information about material properties, or, all the elements and substances that make up the products we use every day. By harnessing the power of the Department of Energy’s (DOE) high-performance scientific computing and state of the art electronic structure methods, the Materials Project provides open web-based access on AWS to computational datasets on both known and potential materials, along with powerful analysis tools to help discover, inspire, and design new materials.

This week at Amazon Web Services (AWS) Summit Washington, DC, we announced the findings of a 10-year economic study about AWS’s presence in Virginia. The report shows the impact that can happen when government and industry work together to create growth opportunities for communities. One component of this that is worth re-highlighting is the positive impact that Amazon solar investments are having and will have on the local economy in Virginia.

We are happy to announce the selection of the 10 finalists and participants in the inaugural AWS Clean Energy Accelerator program. These ten companies were selected by a panel from AWS and Freshwater Advisors, from 218 applications received from 38 countries around the world. The applicants ranged from pre-revenue to $50M in annual revenue and from 1 to more than 500 employees.

Addressing climate change requires innovation across the world, across industries, and across startups and multi-national corporations. From distributed energy to storage solutions to efficiency and optimization software—clean technology investment and innovation is surging. With this surge in demand comes a rapid proliferation of startups working to solve today’s biggest energy challenges. To help foster this innovation, AWS is launching the AWS Clean Energy Accelerator.

At AWS, we are mission focused. A mission is a purpose—supported by but not driven by IT. How can the AWS Partner Network (APN) help public sector partners and their customers meet their missions? No matter where you are in your journey to cloud adoption and IT modernization—from getting started, to easing the adoption of technology, to planning to take the solution to market, to growing beyond storage and compute, to renewing and scale—APN and its programs and initiatives can help. During my leadership session at AWS re:Invent 2020, I shared new and noteworthy AWS Public Sector Partner programs available to help partners keep their focus on their mission-critical work while also keeping it simple—and I shared some partner successes along the way.

Solcast produces real-time, historical and forecast estimates of the available solar radiation resources around the globe. Altogether, this requires processing imagery from five geostationary weather satellites, which take snapshots of the Earth from space every 5-15 minutes. These images can be as fine as 1 kilometer in spatial resolution and are re-captured and transmitted as frequently as every five minutes – a large volume of data. A single third-generation weather satellite in orbit over the United States such as the GOES-16 generates nearly two terabytes (TB) of data each month.

A guest post by Steven Ramage, Group on Earth Observations (GEO) The environment is measured with precision through Earth Observation (EO) satellite and in-situ – and the global community is leveraging this investment by accessing the information for free. The Global Earth Observation System of Systems (GEOSS), developed over the last decade, makes more than […]