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The latest meteorological observations indicate a 'red' weather conditions for the time of liftoff, initially set for Saturday 23 April 2016, therefore Arianespace has decided not to undertake final fueling operations with the launcher.
The launch vehicle and its payloads have been placed in stand-by mode, and maintained in fully safe conditions.
The new launch date is now set for Sunday 24 April 2016, at the precise moment of:
Aktuální meteorologická situace vystavuje „stopku“ startu rakety Sojuz plánovanému na sobotu 23. dubna 2016. Společnost Arianespace se proto rozhodla ani nepřistupovat k natankování nosiče pohonnými látkami.
Aktuální meteorologická situace vystavuje „stopku“ startu rakety Sojuz plánovanému na sobotu 23. dubna 2016. Společnost Arianespace se proto rozhodla ani nepřistupovat k natankování nosiče pohonnými látkami.
During the technical review prior to the start of Soyuz fueling, the availability of the launcher, satellites, ground facilities and the launch base was confirmed.
Firmě Geosense se letos i díky skvělé spolupráci s obchodními partnery a kolegy ze Slovenska podařilo umístit v soutěži Deloitte Technology Fast 50, jíž se účastní nejrychleji rostoucí firmy střední a východní Evropy. Po nedávném úspěchu mezi start-upy jsme tento rok vstoupili do hlavní kategorie Fast 50, kde jsme skončili na výborném 5. místě mezi firmami z České republiky a na 35. místě v rámci celého CEE regionu.
Příspěvek Geosense mezi nejrychleji rostoucími firmami střední a východní Evropy pochází z Cleerio
Během technické revize před zahájením tankování nosné rakety Sojuz byla potvrzena plná připravenost nosiče, družic, pozemního zařízení i kosmodromu.
Během technické revize před zahájením tankování nosné rakety Sojuz byla potvrzena plná připravenost nosiče, družic, pozemního zařízení i kosmodromu.
The 2016 Farming by Satellite Prize, sponsored by the European GNSS Agency (GSA), is open to students and young farmers with innovative ideas for using satellite technology to improve agricultural production, efficiency and profit.
With a cash prize of EUR 13 000, the 2016 edition of the Farming by Satellite Prize is now open for submissions. The prize, an initiative of the European GNSS Agency (GSA), is open to students and young farmers across Europe and Africa with innovative ideas for using satellite technology to improve agricultural production, efficiency and profit, or to reduce the sector’s environmental impact. This year’s edition is sponsored by CLAAS and Bayer CropScience.
Launched in 2012, the Farming by Satellite Prize is held every 2 years. The last edition saw submissions from over 29 countries covering such topics as geo-referenced online data platforms, swarm technologies, precision seed-planting robots, selective olive harvesting and using drones for early famine warning systems in Africa. The first prize in 2014 went to Daniel Hege of Geisenheim University in Germany, whose successful project used satellite-guided steering during the cultivation of mixed vegetables to both increase productivity by reducing planting gaps and reduce time spent in the field by increasing the speed of accurate weed control.
“With this prize, we want young people to actively think about imaginative solutions that employ such satellite technologies as the European Geostationary Navigation Overlay Service (EGNOS) and Galileo, which can help farmers around the world,” says GSA Head of Market Development Gian-Gherardo Calini.
Precision agriculture is a highly effective farming strategy that allows farmers to better allocate inputs, such as seeds and fertilisers, to increase productivity, lower costs and minimise the environmental impact. Traditionally, the main obstacle to wide-scale application of precision agriculture has been the substantial investment required. EGNOS and Galileo fundamentally change the equation by offering high precision at low cost.
The main advantages of satellite technologies in agriculture include high accuracy and the repeatability of the same action year on year. These two fundamental advantages lead to valuable benefits, including:
reduced waste through the over-application of fertilisers and herbicides;
The Farming by Satellite Prize is open to both individuals and teams from universities or commercial organisations. To compete, one must submit case studies, new ideas or innovations that rely on EGNOS, Galileo or Copernicus. Registration closes 30 October 2016, with final submissions due by 15 December 2016. More information can be found at www.farmingbysatellite.eu
Media note: This feature can be republished without charge provided the European GNSS Agency (GSA) is acknowledged as the source at the top or the bottom of the story. You must request permission before you use any of the photographs on the site. If you republish, we would be grateful if you could link back to the GSA website (http://www.gsa.europa.eu).
The 2016 Farming by Satellite Prize, sponsored by the European GNSS Agency (GSA), is open to students and young farmers with innovative ideas for using satellite technology to improve agricultural production, efficiency and profit.
With a cash prize of EUR 13 000, the 2016 edition of the Farming by Satellite Prize is now open for submissions. The prize, an initiative of the European GNSS Agency (GSA), is open to students and young farmers across Europe and Africa with innovative ideas for using satellite technology to improve agricultural production, efficiency and profit, or to reduce the sector’s environmental impact. This year’s edition is sponsored by CLAAS and Bayer CropScience.
Launched in 2012, the Farming by Satellite Prize is held every 2 years. The last edition saw submissions from over 29 countries covering such topics as geo-referenced online data platforms, swarm technologies, precision seed-planting robots, selective olive harvesting and using drones for early famine warning systems in Africa. The first prize in 2014 went to Daniel Hege of Geisenheim University in Germany, whose successful project used satellite-guided steering during the cultivation of mixed vegetables to both increase productivity by reducing planting gaps and reduce time spent in the field by increasing the speed of accurate weed control.
“With this prize, we want young people to actively think about imaginative solutions that employ such satellite technologies as the European Geostationary Navigation Overlay Service (EGNOS) and Galileo, which can help farmers around the world,” says GSA Head of Market Development Gian-Gherardo Calini.
Precision agriculture is a highly effective farming strategy that allows farmers to better allocate inputs, such as seeds and fertilisers, to increase productivity, lower costs and minimise the environmental impact. Traditionally, the main obstacle to wide-scale application of precision agriculture has been the substantial investment required. EGNOS and Galileo fundamentally change the equation by offering high precision at low cost.
The main advantages of satellite technologies in agriculture include high accuracy and the repeatability of the same action year on year. These two fundamental advantages lead to valuable benefits, including:
reduced waste through the over-application of fertilisers and herbicides;
The Farming by Satellite Prize is open to both individuals and teams from universities or commercial organisations. To compete, one must submit case studies, new ideas or innovations that rely on EGNOS, Galileo or Copernicus. Registration closes 30 October 2016, with final submissions due by 15 December 2016. More information can be found at www.farmingbysatellite.eu
Media note: This feature can be republished without charge provided the European GNSS Agency (GSA) is acknowledged as the source at the top or the bottom of the story. You must request permission before you use any of the photographs on the site. If you republish, we would be grateful if you could link back to the GSA website (http://www.gsa.europa.eu).
The 2016 Farming by Satellite Prize, sponsored by the European GNSS Agency (GSA), is open to students and young farmers with innovative ideas for using satellite technology to improve agricultural production, efficiency and profit.
With a cash prize of EUR 13 000, the 2016 edition of the Farming by Satellite Prize is now open for submissions. The prize, an initiative of the European GNSS Agency (GSA), is open to students and young farmers across Europe and Africa with innovative ideas for using satellite technology to improve agricultural production, efficiency and profit, or to reduce the sector’s environmental impact. This year’s edition is sponsored by CLAAS and Bayer CropScience.
Launched in 2012, the Farming by Satellite Prize is held every 2 years. The last edition saw submissions from over 29 countries covering such topics as geo-referenced online data platforms, swarm technologies, precision seed-planting robots, selective olive harvesting and using drones for early famine warning systems in Africa. The first prize in 2014 went to Daniel Hege of Geisenheim University in Germany, whose successful project used satellite-guided steering during the cultivation of mixed vegetables to both increase productivity by reducing planting gaps and reduce time spent in the field by increasing the speed of accurate weed control.
“With this prize, we want young people to actively think about imaginative solutions that employ such satellite technologies as the European Geostationary Navigation Overlay Service (EGNOS) and Galileo, which can help farmers around the world,” says GSA Head of Market Development Gian-Gherardo Calini.
Precision agriculture is a highly effective farming strategy that allows farmers to better allocate inputs, such as seeds and fertilisers, to increase productivity, lower costs and minimise the environmental impact. Traditionally, the main obstacle to wide-scale application of precision agriculture has been the substantial investment required. EGNOS and Galileo fundamentally change the equation by offering high precision at low cost.
The main advantages of satellite technologies in agriculture include high accuracy and the repeatability of the same action year on year. These two fundamental advantages lead to valuable benefits, including:
reduced waste through the over-application of fertilisers and herbicides;
The Farming by Satellite Prize is open to both individuals and teams from universities or commercial organisations. To compete, one must submit case studies, new ideas or innovations that rely on EGNOS, Galileo or Copernicus. Registration closes 30 October 2016, with final submissions due by 15 December 2016. More information can be found at www.farmingbysatellite.eu
Media note: This feature can be republished without charge provided the European GNSS Agency (GSA) is acknowledged as the source at the top or the bottom of the story. You must request permission before you use any of the photographs on the site. If you republish, we would be grateful if you could link back to the GSA website (http://www.gsa.europa.eu).
Obrázek 1 – Jeden z pěti pohledů na 3D vizualizaci přístavby rozvodny s detailem PST transformátoru a bližším detailem PST transformátoru zobrazujícím kvalitu a přesnost 3D vizualizace Jedním z takových příkladů, který má negativní vliv na přenosovou soustavu ČR, je dynamická výstavba větrných elektráren na pobřeží Severního moře. Přebytek této energie putuje ze severu... View Article
The post Vizualizace přístavby rozvodny Hradec u Kadaně appeared first on HRDLIČKA spol. s r.o. - komplexní služby v oblasti geodézie.
Obrázek 1 – Jeden z pěti pohledů na 3D vizualizaci přístavby rozvodny s detailem PST transformátoru a bližším detailem PST transformátoru zobrazujícím kvalitu a přesnost 3D vizualizace Jedním z takových příkladů, který má negativní vliv na přenosovou soustavu ČR, je dynamická výstavba větrných elektráren na pobřeží Severního moře. Přebytek této energie putuje ze severu... View Article
The post Vizualizace přístavby rozvodny Hradec u Kadaně appeared first on HRDLIČKA spol. s r.o. - komplexní služby v oblasti geodézie.
Obrázek 1 – Jeden z pěti pohledů na 3D vizualizaci přístavby rozvodny s detailem PST transformátoru a bližším detailem PST transformátoru zobrazujícím kvalitu a přesnost 3D vizualizace Jedním z takových příkladů, který má negativní vliv na přenosovou soustavu ČR, je dynamická výstavba větrných elektráren na pobřeží Severního moře. Přebytek této energie putuje ze severu... View Article
The post Vizualizace přístavby rozvodny Hradec u Kadaně appeared first on HRDLIČKA spol. s r.o. - komplexní služby v oblasti geodézie.
Raketa Sojuz VS14 je připravena na startovacím komplexu evropského kosmodromu Kourou (stát Francouzská Guayana), odkud má odstartovat 22. dubna ve 21:02 h GMT (23:02 h středoevropského času). Do vesmíru vynese družici ESA Sentinel-1B a studentské satelity z řady CubeSat připravené v rámci programu ESA „Fly Your Satellite!“
Raketa Sojuz VS14 je připravena na startovacím komplexu evropského kosmodromu Kourou (stát Francouzská Guayana), odkud má odstartovat 22. dubna ve 21:02 h GMT (23:02 h středoevropského času). Do vesmíru vynese družici ESA Sentinel-1B a studentské satelity z řady CubeSat připravené v rámci programu ESA „Fly Your Satellite!“
A final, full rehearsal has confirmed that teams at ESA’s mission control are ready for tomorrow’s launch of the Sentinel-1B radar satellite.
Images from the Sentinel-1A satellite are being used to monitor aquaculture in the Mediterranean, in another example of the mission’s contribution to food security, as fisheries become the main source of seafood.
Hexagon Safety & Infrastructure has released Intergraph Damage Assessment, an application that enables end-to-end automation of the entire post-storm damage assessment process. Intergraph Damage Assessment can be used for simple outage patrols, as well as in times of devastating storm damage, making it an everyday solution that maximizes return on investment for electric utility companies.
Intergraph Damage Assessment’s integrated components originate in the storm room and extend to the field and back for a complete, automated solution. Supervisors can assign assessment work and visualize and analyse up-to-date data from a web-based application. Field crews using tablets can perform assessments against GIS network facility data and send results back in real-time.
Unlike disaster documentation systems, Intergraph Damage Assessment is specific to utility workflows, and unlike other damage assessment applications, it integrates with any geographic information system (GIS) or outage management system (OMS), featuring both a field application and supervisory dashboard for end-to-end workflows.
“Intergraph Damage Assessment automates the complete damage assessment process, helping utility companies identify storm-affected areas, determine proper staffing levels and obtain feedback on physical damage in real time,” said Eric Charette, executive manager of utilities, Hexagon Safety & Infrastructure. “Dispatchers stay better informed on the extent of damage, while storm managers can track progress. With Intergraph Damage Assessment, better information from the field ultimately leads to more accurate restoration times.”
Expectations to improve customer service and reduce restoration times is at an all-time high for electric utility companies. “Sending assessors out in advance to conduct Damage Assessment helps prioritize the hardest hit areas so that we can focus the deployment of our lineman on rebuilding the grid,” said Len Socha, senior outage management engineer, Wisconsin Public Service Corp.
However, most companies’ existing processes for damage assessment involve manual, paper-based data collection using outdated, printed map books or custom, in-house applications. They provide little real-time feedback to the storm supervisor during the assessment process, and any information collected must be manually entered into the OMS.
Intergraph Damage Assessment overcomes these hurdles. Within Intergraph Damage Assessment, a web-based application displays the location of outages, field crews and network facilities and enables supervisors to assign work by geographic areas. A tablet-based mobile application uses web services to provide views of outages, crews and GIS facility information as a layer on top of commercial maps, which enables workers to collect data in the field for comprehensive damage assessment. Using the web-based application back in the storm room, supervisors can view that information and run reports and analysis to determine the extent of damage and aid in restoration strategy. Server-side event processing and industry-standard messaging enable integration with other systems for collection results, including materials required to rebuild the network, leading to real-time intelligent decision making, which is not possible when using outdated paper maps.
Extensive hands-on field testing of Intergraph Damage Assessment was conducted as part of the certification cycle. “We felt it was vital to get Intergraph Damage Assessment in the hands of users to test the application in the field under real-world conditions that you can’t simulate in the office,” Charette said.
The release of Intergraph Damage Assessment coincides with the Midwest Mutual Assistance Group Conference in Chicago, Illinois. Hexagon Safety & Infrastructure is a sponsor of the conference, which meets to discuss electric utility resource management, storm restoration techniques and damage assessment.
Hexagon Safety & Infrastructure helps utilities and communications companies achieve greater reliability, increase efficiency and fulfill the expectations of customers, shareholders and regulators. A pioneer in the development and application of location-based technology, Hexagon Safety & Infrastructure provides solutions to hundreds of utilities and communications customers around the globe, supporting network engineering, network operations, customer services, sales and marketing and physical security.
Hexagon Safety & Infrastructure has released Intergraph Damage Assessment, an application that enables end-to-end automation of the entire post-storm damage assessment process. Intergraph Damage Assessment can be used for simple outage patrols, as well as in times of devastating storm damage, making it an everyday solution that maximizes return on investment for electric utility companies.
Intergraph Damage Assessment’s integrated components originate in the storm room and extend to the field and back for a complete, automated solution. Supervisors can assign assessment work and visualize and analyse up-to-date data from a web-based application. Field crews using tablets can perform assessments against GIS network facility data and send results back in real-time.
Unlike disaster documentation systems, Intergraph Damage Assessment is specific to utility workflows, and unlike other damage assessment applications, it integrates with any geographic information system (GIS) or outage management system (OMS), featuring both a field application and supervisory dashboard for end-to-end workflows.
“Intergraph Damage Assessment automates the complete damage assessment process, helping utility companies identify storm-affected areas, determine proper staffing levels and obtain feedback on physical damage in real time,” said Eric Charette, executive manager of utilities, Hexagon Safety & Infrastructure. “Dispatchers stay better informed on the extent of damage, while storm managers can track progress. With Intergraph Damage Assessment, better information from the field ultimately leads to more accurate restoration times.”
Expectations to improve customer service and reduce restoration times is at an all-time high for electric utility companies. “Sending assessors out in advance to conduct Damage Assessment helps prioritize the hardest hit areas so that we can focus the deployment of our lineman on rebuilding the grid,” said Len Socha, senior outage management engineer, Wisconsin Public Service Corp.
However, most companies’ existing processes for damage assessment involve manual, paper-based data collection using outdated, printed map books or custom, in-house applications. They provide little real-time feedback to the storm supervisor during the assessment process, and any information collected must be manually entered into the OMS.
Intergraph Damage Assessment overcomes these hurdles. Within Intergraph Damage Assessment, a web-based application displays the location of outages, field crews and network facilities and enables supervisors to assign work by geographic areas. A tablet-based mobile application uses web services to provide views of outages, crews and GIS facility information as a layer on top of commercial maps, which enables workers to collect data in the field for comprehensive damage assessment. Using the web-based application back in the storm room, supervisors can view that information and run reports and analysis to determine the extent of damage and aid in restoration strategy. Server-side event processing and industry-standard messaging enable integration with other systems for collection results, including materials required to rebuild the network, leading to real-time intelligent decision making, which is not possible when using outdated paper maps.
Extensive hands-on field testing of Intergraph Damage Assessment was conducted as part of the certification cycle. “We felt it was vital to get Intergraph Damage Assessment in the hands of users to test the application in the field under real-world conditions that you can’t simulate in the office,” Charette said.
The release of Intergraph Damage Assessment coincides with the Midwest Mutual Assistance Group Conference in Chicago, Illinois. Hexagon Safety & Infrastructure is a sponsor of the conference, which meets to discuss electric utility resource management, storm restoration techniques and damage assessment.
Hexagon Safety & Infrastructure helps utilities and communications companies achieve greater reliability, increase efficiency and fulfill the expectations of customers, shareholders and regulators. A pioneer in the development and application of location-based technology, Hexagon Safety & Infrastructure provides solutions to hundreds of utilities and communications customers around the globe, supporting network engineering, network operations, customer services, sales and marketing and physical security.
Hexagon Safety & Infrastructure has released Intergraph Damage Assessment, an application that enables end-to-end automation of the entire post-storm damage assessment process. Intergraph Damage Assessment can be used for simple outage patrols, as well as in times of devastating storm damage, making it an everyday solution that maximizes return on investment for electric utility companies.
Intergraph Damage Assessment’s integrated components originate in the storm room and extend to the field and back for a complete, automated solution. Supervisors can assign assessment work and visualize and analyse up-to-date data from a web-based application. Field crews using tablets can perform assessments against GIS network facility data and send results back in real-time.
Unlike disaster documentation systems, Intergraph Damage Assessment is specific to utility workflows, and unlike other damage assessment applications, it integrates with any geographic information system (GIS) or outage management system (OMS), featuring both a field application and supervisory dashboard for end-to-end workflows.
“Intergraph Damage Assessment automates the complete damage assessment process, helping utility companies identify storm-affected areas, determine proper staffing levels and obtain feedback on physical damage in real time,” said Eric Charette, executive manager of utilities, Hexagon Safety & Infrastructure. “Dispatchers stay better informed on the extent of damage, while storm managers can track progress. With Intergraph Damage Assessment, better information from the field ultimately leads to more accurate restoration times.”
Expectations to improve customer service and reduce restoration times is at an all-time high for electric utility companies. “Sending assessors out in advance to conduct Damage Assessment helps prioritize the hardest hit areas so that we can focus the deployment of our lineman on rebuilding the grid,” said Len Socha, senior outage management engineer, Wisconsin Public Service Corp.
However, most companies’ existing processes for damage assessment involve manual, paper-based data collection using outdated, printed map books or custom, in-house applications. They provide little real-time feedback to the storm supervisor during the assessment process, and any information collected must be manually entered into the OMS.
Intergraph Damage Assessment overcomes these hurdles. Within Intergraph Damage Assessment, a web-based application displays the location of outages, field crews and network facilities and enables supervisors to assign work by geographic areas. A tablet-based mobile application uses web services to provide views of outages, crews and GIS facility information as a layer on top of commercial maps, which enables workers to collect data in the field for comprehensive damage assessment. Using the web-based application back in the storm room, supervisors can view that information and run reports and analysis to determine the extent of damage and aid in restoration strategy. Server-side event processing and industry-standard messaging enable integration with other systems for collection results, including materials required to rebuild the network, leading to real-time intelligent decision making, which is not possible when using outdated paper maps.
Extensive hands-on field testing of Intergraph Damage Assessment was conducted as part of the certification cycle. “We felt it was vital to get Intergraph Damage Assessment in the hands of users to test the application in the field under real-world conditions that you can’t simulate in the office,” Charette said.
The release of Intergraph Damage Assessment coincides with the Midwest Mutual Assistance Group Conference in Chicago, Illinois. Hexagon Safety & Infrastructure is a sponsor of the conference, which meets to discuss electric utility resource management, storm restoration techniques and damage assessment.
Hexagon Safety & Infrastructure helps utilities and communications companies achieve greater reliability, increase efficiency and fulfill the expectations of customers, shareholders and regulators. A pioneer in the development and application of location-based technology, Hexagon Safety & Infrastructure provides solutions to hundreds of utilities and communications customers around the globe, supporting network engineering, network operations, customer services, sales and marketing and physical security.
Hexagon Safety & Infrastructure has released Intergraph Damage Assessment, an application that enables end-to-end automation of the entire post-storm damage assessment process. Intergraph Damage Assessment can be used for simple outage patrols, as well as in times of devastating storm damage, making it an everyday solution that maximizes return on investment for electric utility companies.
Intergraph Damage Assessment’s integrated components originate in the storm room and extend to the field and back for a complete, automated solution. Supervisors can assign assessment work and visualize and analyse up-to-date data from a web-based application. Field crews using tablets can perform assessments against GIS network facility data and send results back in real-time.
Unlike disaster documentation systems, Intergraph Damage Assessment is specific to utility workflows, and unlike other damage assessment applications, it integrates with any geographic information system (GIS) or outage management system (OMS), featuring both a field application and supervisory dashboard for end-to-end workflows.
“Intergraph Damage Assessment automates the complete damage assessment process, helping utility companies identify storm-affected areas, determine proper staffing levels and obtain feedback on physical damage in real time,” said Eric Charette, executive manager of utilities, Hexagon Safety & Infrastructure. “Dispatchers stay better informed on the extent of damage, while storm managers can track progress. With Intergraph Damage Assessment, better information from the field ultimately leads to more accurate restoration times.”
Expectations to improve customer service and reduce restoration times is at an all-time high for electric utility companies. “Sending assessors out in advance to conduct Damage Assessment helps prioritize the hardest hit areas so that we can focus the deployment of our lineman on rebuilding the grid,” said Len Socha, senior outage management engineer, Wisconsin Public Service Corp.
However, most companies’ existing processes for damage assessment involve manual, paper-based data collection using outdated, printed map books or custom, in-house applications. They provide little real-time feedback to the storm supervisor during the assessment process, and any information collected must be manually entered into the OMS.
Intergraph Damage Assessment overcomes these hurdles. Within Intergraph Damage Assessment, a web-based application displays the location of outages, field crews and network facilities and enables supervisors to assign work by geographic areas. A tablet-based mobile application uses web services to provide views of outages, crews and GIS facility information as a layer on top of commercial maps, which enables workers to collect data in the field for comprehensive damage assessment. Using the web-based application back in the storm room, supervisors can view that information and run reports and analysis to determine the extent of damage and aid in restoration strategy. Server-side event processing and industry-standard messaging enable integration with other systems for collection results, including materials required to rebuild the network, leading to real-time intelligent decision making, which is not possible when using outdated paper maps.
Extensive hands-on field testing of Intergraph Damage Assessment was conducted as part of the certification cycle. “We felt it was vital to get Intergraph Damage Assessment in the hands of users to test the application in the field under real-world conditions that you can’t simulate in the office,” Charette said.
The release of Intergraph Damage Assessment coincides with the Midwest Mutual Assistance Group Conference in Chicago, Illinois. Hexagon Safety & Infrastructure is a sponsor of the conference, which meets to discuss electric utility resource management, storm restoration techniques and damage assessment.
Hexagon Safety & Infrastructure helps utilities and communications companies achieve greater reliability, increase efficiency and fulfill the expectations of customers, shareholders and regulators. A pioneer in the development and application of location-based technology, Hexagon Safety & Infrastructure provides solutions to hundreds of utilities and communications customers around the globe, supporting network engineering, network operations, customer services, sales and marketing and physical security.
Hexagon Safety & Infrastructure has released Intergraph Damage Assessment, an application that enables end-to-end automation of the entire post-storm damage assessment process. Intergraph Damage Assessment can be used for simple outage patrols, as well as in times of devastating storm damage, making it an everyday solution that maximizes return on investment for electric utility companies.
Intergraph Damage Assessment’s integrated components originate in the storm room and extend to the field and back for a complete, automated solution. Supervisors can assign assessment work and visualize and analyse up-to-date data from a web-based application. Field crews using tablets can perform assessments against GIS network facility data and send results back in real-time.
Unlike disaster documentation systems, Intergraph Damage Assessment is specific to utility workflows, and unlike other damage assessment applications, it integrates with any geographic information system (GIS) or outage management system (OMS), featuring both a field application and supervisory dashboard for end-to-end workflows.
“Intergraph Damage Assessment automates the complete damage assessment process, helping utility companies identify storm-affected areas, determine proper staffing levels and obtain feedback on physical damage in real time,” said Eric Charette, executive manager of utilities, Hexagon Safety & Infrastructure. “Dispatchers stay better informed on the extent of damage, while storm managers can track progress. With Intergraph Damage Assessment, better information from the field ultimately leads to more accurate restoration times.”
Expectations to improve customer service and reduce restoration times is at an all-time high for electric utility companies. “Sending assessors out in advance to conduct Damage Assessment helps prioritize the hardest hit areas so that we can focus the deployment of our lineman on rebuilding the grid,” said Len Socha, senior outage management engineer, Wisconsin Public Service Corp.
However, most companies’ existing processes for damage assessment involve manual, paper-based data collection using outdated, printed map books or custom, in-house applications. They provide little real-time feedback to the storm supervisor during the assessment process, and any information collected must be manually entered into the OMS.
Intergraph Damage Assessment overcomes these hurdles. Within Intergraph Damage Assessment, a web-based application displays the location of outages, field crews and network facilities and enables supervisors to assign work by geographic areas. A tablet-based mobile application uses web services to provide views of outages, crews and GIS facility information as a layer on top of commercial maps, which enables workers to collect data in the field for comprehensive damage assessment. Using the web-based application back in the storm room, supervisors can view that information and run reports and analysis to determine the extent of damage and aid in restoration strategy. Server-side event processing and industry-standard messaging enable integration with other systems for collection results, including materials required to rebuild the network, leading to real-time intelligent decision making, which is not possible when using outdated paper maps.
Extensive hands-on field testing of Intergraph Damage Assessment was conducted as part of the certification cycle. “We felt it was vital to get Intergraph Damage Assessment in the hands of users to test the application in the field under real-world conditions that you can’t simulate in the office,” Charette said.
The release of Intergraph Damage Assessment coincides with the Midwest Mutual Assistance Group Conference in Chicago, Illinois. Hexagon Safety & Infrastructure is a sponsor of the conference, which meets to discuss electric utility resource management, storm restoration techniques and damage assessment.
Hexagon Safety & Infrastructure helps utilities and communications companies achieve greater reliability, increase efficiency and fulfill the expectations of customers, shareholders and regulators. A pioneer in the development and application of location-based technology, Hexagon Safety & Infrastructure provides solutions to hundreds of utilities and communications customers around the globe, supporting network engineering, network operations, customer services, sales and marketing and physical security.
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Commercial UAV Expo
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SPAR Point Group
Read the articleWith just two days to liftoff, the next Sentinel for Europe’s environmental monitoring programme in now poised high in the launch tower at Europe’s Spaceport in Kourou, French Guiana.
Jen dva dny před plánovaným startem byla nová družice Sentinel pro evropský program sledování životního prostředí GMES/Copernicus umístěna na startovací rampu kosmodromu Kourou (stát Francouzská Guayana).
Jen dva dny před plánovaným startem byla nová družice Sentinel pro evropský program sledování životního prostředí GMES/Copernicus umístěna na startovací rampu kosmodromu Kourou (stát Francouzská Guayana).
Recognized for Helping Drive Advanced Work Packaging’s Structure
and Designation as a Construction Industry Institute Best Practice
EXTON, Pa., U.S.A. – Bentley Systems, Incorporated, a leading global provider of comprehensive software solutions for advancing infrastructure, today announced that Eric Crivella, Bentley plant construction executive and industry sales director, was presented with a Fiatech 2015 Superior Technical Achievement Recognition (STAR) Award this month at the Celebration of Engineering & Technology Innovation gala in Austin, Texas. The STAR Award honors members whose leadership, commitment, participation, and personal dedication have helped advance the goals of Fiatech and benefited the capital projects industry at large. Crivella was recognized for his work on Fiatech’s Advanced Work Packaging (AWP) project.
Fiatech Executive Director Ray Topping said, “Eric Crivella has long advocated for and provided thought leadership in support of Advanced Work Packaging, beginning with the original advancements of WorkFace Planning. Recognizing a shortcoming in the practice of identifying and accessing the information resources needed to support AWP, he defined and was instrumental in launching a Fiatech AWP Information Mapping project (AIM) designed to overcome this constraint. Eric’s STAR Award is certainly well deserved for the leadership he provided on this crucially important work.”
Reg Hunter, senior program director, Fiatech, added, “Eric’s commitment to and active involvement in the advancement of work processes have been instrumental in driving not only the structure of AWP, but also the designation of AWP as a Construction Industry Institute (CII) best practice. He also has helped facilitate AWP’s accelerated reduction to actual practice in the industry, where cost reductions of over 15 percent have been consistently demonstrated.”
Harry Vitelli, Bentley Systems senior vice president, construction and field, project delivery, said, “Eric’s colleagues at Bentley Systems congratulate and join in thanking him for his work with Fiatech. Advanced Work Packaging has tremendous merit and potential, and I believe the project delivery community is being very well served by Fiatech’s, and Eric’s, advocacy for Advanced Work Packaging and its benefits.”
Wayne A. Crew, general secretary, National Academy of Construction, said, “Eric was an early believer that a framework encompassing initial planning and continuing through detailed design and construction installation would provide the industry a step change in the overall execution of capital projects. His passion, commitment, and energy have moved AWP from being a concept to a proven best practice. For this important achievement, Eric greatly deserves being distinguished with a STAR Award.”
Crivella has extensive subject matter expertise in AWP and WorkFace Planning, BIM strategies, and construction automation solutions. Prior to joining Bentley Systems, he was director of business development and co-founder of Common Point, which Bentley acquired in May 2008. In addition to his role at Bentley, Crivella serves on the board of advisors at the CII and is co-chair of the CII AWP Community of Practice.
About Fiatech
Fiatech is an international community of passionate stakeholders working together to lead global development and adoption of innovative practices and technologies to realize the highest business value throughout the life cycle of capital assets. For more information about Fiatech, visit www.fiatech.org.
Bentley Systems is a global leader in providing architects, engineers, geospatial professionals, constructors, and owner-operators with comprehensive software solutions for advancing the design, construction, and operations of infrastructure. Bentley users leverage information mobility across disciplines and throughout the infrastructure lifecycle to deliver better-performing projects and assets. Bentley solutions encompass MicroStation applications for information modeling, ProjectWise collaboration services to deliver integrated projects, and AssetWise operations services to achieve intelligent infrastructure – complemented by worldwide professional services and comprehensive managed services.
Founded in 1984, Bentley has more than 3,000 colleagues in over 50 countries, more than $600 million in annual revenues, and since 2008 has invested more than $1 billion in research, development, and acquisitions.
Additional information about Bentley is available at www.bentley.com and in Bentley’s annual report. For Bentley news as it happens, subscribe to an RSS feed of Bentley press releases and news alerts. Visit The Year in Infrastructure Conference website for highlights of Bentley’s premier thought-leadership event. To view a searchable collection of innovative infrastructure projects from the annual Be Inspired Awards, access Bentley’s Infrastructure Yearbooks. To access a professional networking site that enables members of the infrastructure community to connect, communicate, and learn from each other, visit Bentley Communities.
To download the Bentley Infrastructure 500 Top Owners ranking, a unique global compendium of the top public- and private-sector owners of infrastructure based on the value of their cumulative infrastructure investments, visit BI 500.
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