Post by account_disabled on Feb 27, 2024 0:28:57 GMT -7
A small team of Microsoft engineers has invented a data-driven software solution that reduces operating costs at the company's 500-acre headquarters campus in Redmond, Washington, while avoiding a $60 million investment in energy efficiency, according to Microsoft. tech giant.
The team, led by director of infrastructure and energy Darr ell Smith, has been working for more than three years to connect a disparate network of 30,000 sensors from different eras: think several decades of different sensor technologies and dozens of manufacturers. The software he and his team created integrates thousands of building sensors that monitor things like heaters, air conditioners, fans and lighting, collecting billions of data points per week.
This data gave the team greater insight, allowing them to Canada Mobile Database make better diagnoses and make much smarter decisions. A test run of the program in 13 Microsoft buildings yielded stunning results: Not only did Microsoft save energy and millions in maintenance and utility costs, but the company now has excellent visibility into how its buildings are performing.
Whether it's a stuck damper in Building 75 or a leaking valve in Studio H, energy managers can detect even the smallest problems using their high-tech control panels at their desks, rather than having to hop on a truck to find and fix the problem. personally, says Microsoft.
In one building garage, exhaust fans were mistakenly left on for a year, resulting in $66,000 in wasted energy. Within moments of connecting to the network, the smart buildings solution detected this fault and the problem was corrected. In another building, software alerted engineers to a pressure problem in the chilled water system. The solution took less than five minutes, saving $12,000 per year.
On sunny days when games are not being played, the installations will feed power back into the grid, but over the course of the year, renewable energy generators are expected to provide about 30 percent of the stadium's power. The rest of the stadium's energy needs will be covered by renewable energy credits, the newspaper reported.
The panels, supplied by NRG, are located on the roof, above some parking spaces and along the side of the building. NRG paid the project's initial costs of $30 million. The Eagles will then lease the power at a predetermined rate back from NRG, the newspaper reported. The Renewable Energy Plan was announced in 2012. In 2010, the Eagles announced and then shelved a renewable energy project with SolarBlue.
The team, led by director of infrastructure and energy Darr ell Smith, has been working for more than three years to connect a disparate network of 30,000 sensors from different eras: think several decades of different sensor technologies and dozens of manufacturers. The software he and his team created integrates thousands of building sensors that monitor things like heaters, air conditioners, fans and lighting, collecting billions of data points per week.
This data gave the team greater insight, allowing them to Canada Mobile Database make better diagnoses and make much smarter decisions. A test run of the program in 13 Microsoft buildings yielded stunning results: Not only did Microsoft save energy and millions in maintenance and utility costs, but the company now has excellent visibility into how its buildings are performing.
Whether it's a stuck damper in Building 75 or a leaking valve in Studio H, energy managers can detect even the smallest problems using their high-tech control panels at their desks, rather than having to hop on a truck to find and fix the problem. personally, says Microsoft.
In one building garage, exhaust fans were mistakenly left on for a year, resulting in $66,000 in wasted energy. Within moments of connecting to the network, the smart buildings solution detected this fault and the problem was corrected. In another building, software alerted engineers to a pressure problem in the chilled water system. The solution took less than five minutes, saving $12,000 per year.
On sunny days when games are not being played, the installations will feed power back into the grid, but over the course of the year, renewable energy generators are expected to provide about 30 percent of the stadium's power. The rest of the stadium's energy needs will be covered by renewable energy credits, the newspaper reported.
The panels, supplied by NRG, are located on the roof, above some parking spaces and along the side of the building. NRG paid the project's initial costs of $30 million. The Eagles will then lease the power at a predetermined rate back from NRG, the newspaper reported. The Renewable Energy Plan was announced in 2012. In 2010, the Eagles announced and then shelved a renewable energy project with SolarBlue.