The Microsoft update is all about helping companies track carbon emissions. Microsoft’s Azure solution gathers real-time carbon emissions data from the WattTime API or Application Programming Interface as well as from the global weather data. The software giant is doing its part to make the world pollution free through offering organizations a platform that is environment-friendly. It’s called the ‘Smart Energy Azure Demonstration’, which could help businesses track energy emissions almost on a real-time basis.
MICROSOFT OFFERS A GREEN PLATFORM
The green platform is available on the Cloud Computing service Azure that uses tech from WattTime, which is a US-based organization that brings clean energy to IoT and buildings that users data from power grid operators all throughout the country and enable companies to keep tabs on their carbon emissions. The partnership of Microsoft office with WattTime provide power users the freedom to opt when and potentially to where they want electricity to come from. Customers for the first time could determine the carbon footprint of the power generator, which would be tapped when flipping on a switch. This enables customers to optimize where and when they use power to lower emissions. This visualizes data in time, demonstrating the ability of collecting related data pieces to one place to enable automation to act on the conclusions gathered from it.
USING INFORMATION TECHNOLOGY TO BOOST ENERGY EFFICIENCY
The environmental strategy of Microsoft is based on three themes, namely, using IT to boost energy efficiency, accelerate research breakthroughs and demonstrate responsible environmental leadership. Society these days has the opportunity of using software for eliminating more greenhouse gas emissions every year than released currently to hasten tech breakthroughs, which enable the transition to a more energy-efficient and cleaner economy. The investment focuses on reducing energy use from information technology.
With energy efficient gains, the IT landscape could significantly increase computing productivity with no need to increase the amount of energy consumed by computers. Microsoft would work with other leading firms to utilize software for driving considerable energy efficiency gains in everything, from transportation, buildings to energy grids and manufacturing. Furthermore, Microsoft is developing solutions that help organizations as well as governments track carbon emission easily.
RESEARCH BREAKTHROUGHS ACCELERATION
Microsoft works with leading scientists to widen the boundaries of the knowledge of the planet. Furthermore, they are also working to build technologies, tools and models to accelerate scientific comprehension on a worldwide scale. The efforts include:
1. Allowing fundamental science advances. Microsoft is working with a scientific community for monitoring environmental conditions and to develop computational tools and methods to aid scientists analyze and correlate data across research efforts.
2. Provide the scientific community access to computing power. The tech giant would work with leading scientists worldwide for access to research, facilities, collaboration tools and computing power to help advance the scientific research.
3. Model the impact of climate change. Microsoft helps create advanced modeling technologies, which help boost the understanding of local and global climate changes as well as the consequences on the environment of human activity on ecosystems and species.
Reportedly, Microsoft is testing the program in various regions in the United States, but provided Greenbiz with an example only from Princeton University. Princeton uses a combination of energy sources that include the Princeton Energy Plant to provide steam, electricity and chilled water for powering, heating and cooling the buildings on the campus. Furthermore, the university used to determine the energy requirements using information on supply, cost and data on carbon emission what was months old. Now, Princeton would be able to make better determinations of energy use with more updated information on their carbon dioxide emissions.
THE WATTTIME TECHNOLOGY
The technology of WattTime aims to make it easier even for an average person to better regulate and reduce carbon footprint. For organizations, information typically was available on a yearly average. Today, companies using Microsoft Azure can get updated emissions information every five minutes. A demo is available on GitHub, together with an explanation, which breaks down the workings of the technology. The demo solution showcases how data from various web-based APIs could be mined, visualized and acted on in an Azure solution. The solution gathers carbon emission in real time from the WattTime API, global weather data and weather forecasts coming from the Wunderground API. Then it visualizes data to enable a user to understand the relationship between the two.
Now, there are more windows wherein there are more opportunities for low-emissions, low-cost electricity. Organizations would know better when to target energy consumptions. Setup for the program needs help from software experts who are using Microsoft Azure. This is where the GitHub demonstration comes in.
Read more information: http://www.btvi.in/article/read/technology/28010/how-microsoft-cloud-helps-companies-track-carbon-emissions
MICROSOFT OFFERS A GREEN PLATFORM
The green platform is available on the Cloud Computing service Azure that uses tech from WattTime, which is a US-based organization that brings clean energy to IoT and buildings that users data from power grid operators all throughout the country and enable companies to keep tabs on their carbon emissions. The partnership of Microsoft office with WattTime provide power users the freedom to opt when and potentially to where they want electricity to come from. Customers for the first time could determine the carbon footprint of the power generator, which would be tapped when flipping on a switch. This enables customers to optimize where and when they use power to lower emissions. This visualizes data in time, demonstrating the ability of collecting related data pieces to one place to enable automation to act on the conclusions gathered from it.
USING INFORMATION TECHNOLOGY TO BOOST ENERGY EFFICIENCY
The environmental strategy of Microsoft is based on three themes, namely, using IT to boost energy efficiency, accelerate research breakthroughs and demonstrate responsible environmental leadership. Society these days has the opportunity of using software for eliminating more greenhouse gas emissions every year than released currently to hasten tech breakthroughs, which enable the transition to a more energy-efficient and cleaner economy. The investment focuses on reducing energy use from information technology.
With energy efficient gains, the IT landscape could significantly increase computing productivity with no need to increase the amount of energy consumed by computers. Microsoft would work with other leading firms to utilize software for driving considerable energy efficiency gains in everything, from transportation, buildings to energy grids and manufacturing. Furthermore, Microsoft is developing solutions that help organizations as well as governments track carbon emission easily.
RESEARCH BREAKTHROUGHS ACCELERATION
Microsoft works with leading scientists to widen the boundaries of the knowledge of the planet. Furthermore, they are also working to build technologies, tools and models to accelerate scientific comprehension on a worldwide scale. The efforts include:
1. Allowing fundamental science advances. Microsoft is working with a scientific community for monitoring environmental conditions and to develop computational tools and methods to aid scientists analyze and correlate data across research efforts.
2. Provide the scientific community access to computing power. The tech giant would work with leading scientists worldwide for access to research, facilities, collaboration tools and computing power to help advance the scientific research.
3. Model the impact of climate change. Microsoft helps create advanced modeling technologies, which help boost the understanding of local and global climate changes as well as the consequences on the environment of human activity on ecosystems and species.
Reportedly, Microsoft is testing the program in various regions in the United States, but provided Greenbiz with an example only from Princeton University. Princeton uses a combination of energy sources that include the Princeton Energy Plant to provide steam, electricity and chilled water for powering, heating and cooling the buildings on the campus. Furthermore, the university used to determine the energy requirements using information on supply, cost and data on carbon emission what was months old. Now, Princeton would be able to make better determinations of energy use with more updated information on their carbon dioxide emissions.
THE WATTTIME TECHNOLOGY
The technology of WattTime aims to make it easier even for an average person to better regulate and reduce carbon footprint. For organizations, information typically was available on a yearly average. Today, companies using Microsoft Azure can get updated emissions information every five minutes. A demo is available on GitHub, together with an explanation, which breaks down the workings of the technology. The demo solution showcases how data from various web-based APIs could be mined, visualized and acted on in an Azure solution. The solution gathers carbon emission in real time from the WattTime API, global weather data and weather forecasts coming from the Wunderground API. Then it visualizes data to enable a user to understand the relationship between the two.
Now, there are more windows wherein there are more opportunities for low-emissions, low-cost electricity. Organizations would know better when to target energy consumptions. Setup for the program needs help from software experts who are using Microsoft Azure. This is where the GitHub demonstration comes in.
Read more information: http://www.btvi.in/article/read/technology/28010/how-microsoft-cloud-helps-companies-track-carbon-emissions
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