�ݺ�ߣshows by User: TraceSoftwareInt

�ݺ�ߣshows by User: TraceSoftwareInt / http://www.slideshare.net/images/logo.gif �ݺ�ߣshows by User: TraceSoftwareInt / Thu, 18 Jul 2019 06:41:54 GMT �ݺ�ߣShare feed for �ݺ�ߣshows by User: TraceSoftwareInt The bright future of the italian pv market /slideshow/the-bright-future-of-the-italian-pv-market/156226832 7-190718064154
There are many reasons why to believe that the Italian PV market has a bright future. First of all, data show photovoltaics are playing a fundamental role in the electricity production market. According to Anie Rinnovabili, as of January 2019, Italy witnessed a cumulative installed PV capacity of 20.08 GW. This figure shows that the Italian solar market grew 7% compared to 2017 with 437 MW of new capacity added. Secondly, the country is renowned for its excellent weather conditions. According to the Photovoltaic Geographical Information System, the annual solar radiation ranges from 3.6 kW per square meter in the Po river area to 5.4 kW per square meter in Sicily. Numbers speak clearly: Italy shows great potential for solar energy project development. Furthermore, Italy is also one of the earliest countries to have reached the “solar market parity” status (subsidy-free PV projects). Traditionally, the solar power capacity in Italy had been directly subsidized through a Feed-in Premium subsidy, known as Conto Energia. In an interview released for Intersolar, Gennaro Sposato (Specialist at the Rödl & Partner consulting firm), affirmed that the expiration of the Conto Energia feed-in tariffs has shined a new light on the country’s solar market. Now that the market is completely independent of political processes, a new horizon of business opportunities has arisen for companies and investors, both in new installations and in the secondary market.]]>
There are many reasons why to believe that the Italian PV market has a bright future. First of all, data show photovoltaics are playing a fundamental role in the electricity production market. According to Anie Rinnovabili, as of January 2019, Italy witnessed a cumulative installed PV capacity of 20.08 GW. This figure shows that the Italian solar market grew 7% compared to 2017 with 437 MW of new capacity added. Secondly, the country is renowned for its excellent weather conditions. According to the Photovoltaic Geographical Information System, the annual solar radiation ranges from 3.6 kW per square meter in the Po river area to 5.4 kW per square meter in Sicily. Numbers speak clearly: Italy shows great potential for solar energy project development. Furthermore, Italy is also one of the earliest countries to have reached the “solar market parity” status (subsidy-free PV projects). Traditionally, the solar power capacity in Italy had been directly subsidized through a Feed-in Premium subsidy, known as Conto Energia. In an interview released for Intersolar, Gennaro Sposato (Specialist at the Rödl & Partner consulting firm), affirmed that the expiration of the Conto Energia feed-in tariffs has shined a new light on the country’s solar market. Now that the market is completely independent of political processes, a new horizon of business opportunities has arisen for companies and investors, both in new installations and in the secondary market.]]> Thu, 18 Jul 2019 06:41:54 GMT /slideshow/the-bright-future-of-the-italian-pv-market/156226832 TraceSoftwareInt@slideshare.net(TraceSoftwareInt) The bright future of the italian pv market TraceSoftwareInt There are many reasons why to believe that the Italian PV market has a bright future. First of all, data show photovoltaics are playing a fundamental role in the electricity production market. According to Anie Rinnovabili, as of January 2019, Italy witnessed a cumulative installed PV capacity of 20.08 GW. This figure shows that the Italian solar market grew 7% compared to 2017 with 437 MW of new capacity added. Secondly, the country is renowned for its excellent weather conditions. According to the Photovoltaic Geographical Information System, the annual solar radiation ranges from 3.6 kW per square meter in the Po river area to 5.4 kW per square meter in Sicily. Numbers speak clearly: Italy shows great potential for solar energy project development. Furthermore, Italy is also one of the earliest countries to have reached the “solar market parity” status (subsidy-free PV projects). Traditionally, the solar power capacity in Italy had been directly subsidized through a Feed-in Premium subsidy, known as Conto Energia. In an interview released for Intersolar, Gennaro Sposato (Specialist at the Rödl & Partner consulting firm), affirmed that the expiration of the Conto Energia feed-in tariffs has shined a new light on the country’s solar market. Now that the market is completely independent of political processes, a new horizon of business opportunities has arisen for companies and investors, both in new installations and in the secondary market. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/7-190718064154-thumbnail.jpg?width=120&height=120&fit=bounds" /> There are many reasons why to believe that the Italian PV market has a bright future. First of all, data show photovoltaics are playing a fundamental role in the electricity production market. According to Anie Rinnovabili, as of January 2019, Italy witnessed a cumulative installed PV capacity of 20.08 GW. This figure shows that the Italian solar market grew 7% compared to 2017 with 437 MW of new capacity added. Secondly, the country is renowned for its excellent weather conditions. According to the Photovoltaic Geographical Information System, the annual solar radiation ranges from 3.6 kW per square meter in the Po river area to 5.4 kW per square meter in Sicily. Numbers speak clearly: Italy shows great potential for solar energy project development. Furthermore, Italy is also one of the earliest countries to have reached the “solar market parity” status (subsidy-free PV projects). Traditionally, the solar power capacity in Italy had been directly subsidized through a Feed-in Premium subsidy, known as Conto Energia. In an interview released for Intersolar, Gennaro Sposato (Specialist at the Rödl & Partner consulting firm), affirmed that the expiration of the Conto Energia feed-in tariffs has shined a new light on the country’s solar market. Now that the market is completely independent of political processes, a new horizon of business opportunities has arisen for companies and investors, both in new installations and in the secondary market.

The bright future of the italian pv market from Trace Software International

]]> 497 4 https://cdn.slidesharecdn.com/ss_thumbnails/7-190718064154-thumbnail.jpg?width=120&height=120&fit=bounds presentation Black http://activitystrea.ms/schema/1.0/post

http://activitystrea.ms/schema/1.0/posted

0 THE EFFECTS OF SOLAR SHADINGS ON THE PERFORMANCE OF PV PANELS /slideshow/the-effects-of-solar-shadings-on-the-performance-of-pv-panels/149215627 6-190611102259
Solar PV panels are very sensitive to solar shadings. Total or partial shading conditions have a significant impact rate on the capability of delivering energy and may result in lower output and power losses. Cells in a solar panel are usually connected in series to get a higher voltage and therefore an appropriate production of electricity. But when shading occurs, this structure presents some limitations.]]>
Solar PV panels are very sensitive to solar shadings. Total or partial shading conditions have a significant impact rate on the capability of delivering energy and may result in lower output and power losses. Cells in a solar panel are usually connected in series to get a higher voltage and therefore an appropriate production of electricity. But when shading occurs, this structure presents some limitations.]]> Tue, 11 Jun 2019 10:22:59 GMT /slideshow/the-effects-of-solar-shadings-on-the-performance-of-pv-panels/149215627 TraceSoftwareInt@slideshare.net(TraceSoftwareInt) THE EFFECTS OF SOLAR SHADINGS ON THE PERFORMANCE OF PV PANELS TraceSoftwareInt Solar PV panels are very sensitive to solar shadings. Total or partial shading conditions have a significant impact rate on the capability of delivering energy and may result in lower output and power losses. Cells in a solar panel are usually connected in series to get a higher voltage and therefore an appropriate production of electricity. But when shading occurs, this structure presents some limitations. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/6-190611102259-thumbnail.jpg?width=120&height=120&fit=bounds" /> Solar PV panels are very sensitive to solar shadings. Total or partial shading conditions have a significant impact rate on the capability of delivering energy and may result in lower output and power losses. Cells in a solar panel are usually connected in series to get a higher voltage and therefore an appropriate production of electricity. But when shading occurs, this structure presents some limitations.

THE EFFECTS OF SOLAR SHADINGS ON THE PERFORMANCE OF PV PANELS from Trace Software International

]]> 604 1 https://cdn.slidesharecdn.com/ss_thumbnails/6-190611102259-thumbnail.jpg?width=120&height=120&fit=bounds presentation Black http://activitystrea.ms/schema/1.0/post

http://activitystrea.ms/schema/1.0/posted

0 What is an arc flash? /slideshow/what-is-an-arc-flash/148969153 5-190606070822
Arc flash typically occurs when the electrical insulation or isolation between live conductors is severed or can no longer withstand the applied voltage. Near the high power electrical equipment, the short-circuit power available is high and consequently so is the energy associated with the electrical arc in case of a fault. In Europe, regulation and standardization are mainly aimed at protecting workers against the risks of direct contact during work and interventions on and near electrical installations. The risks in the case of electric arc and the means to prevent them are mentioned but not developed.The effects of the electric arc: The electric arc produces intense light and heat, high noise, high overpressure Heat and splashes of molten metal can cause lethal burns Noise can lead to permanent or temporary hearing loss, a flash of vision disorders The overpressure can open and project the doors of electrical cabinets or cause falls during work at height In addition to personal injury, an arc flash can result in serious damage to electrical equipment. which can cause disruption to electrical systems in manufacturing and process industry environments or tertiary buildings. The cost of downtime can be considerable. elec calc™ Arc Flash module provides the professionals of the electrical industry with a fundamental tool in the sector, as the user will be able to develop its safety analysis in the vicinity of switchboards and panels. By design, elec calc™ has almost all the data allowing the calculation of the figures of the arc flash, from which the user will be able to elaborate his security analysis near the tables and boxes.]]>
Arc flash typically occurs when the electrical insulation or isolation between live conductors is severed or can no longer withstand the applied voltage. Near the high power electrical equipment, the short-circuit power available is high and consequently so is the energy associated with the electrical arc in case of a fault. In Europe, regulation and standardization are mainly aimed at protecting workers against the risks of direct contact during work and interventions on and near electrical installations. The risks in the case of electric arc and the means to prevent them are mentioned but not developed.The effects of the electric arc: The electric arc produces intense light and heat, high noise, high overpressure Heat and splashes of molten metal can cause lethal burns Noise can lead to permanent or temporary hearing loss, a flash of vision disorders The overpressure can open and project the doors of electrical cabinets or cause falls during work at height In addition to personal injury, an arc flash can result in serious damage to electrical equipment. which can cause disruption to electrical systems in manufacturing and process industry environments or tertiary buildings. The cost of downtime can be considerable. elec calc™ Arc Flash module provides the professionals of the electrical industry with a fundamental tool in the sector, as the user will be able to develop its safety analysis in the vicinity of switchboards and panels. By design, elec calc™ has almost all the data allowing the calculation of the figures of the arc flash, from which the user will be able to elaborate his security analysis near the tables and boxes.]]> Thu, 06 Jun 2019 07:08:22 GMT /slideshow/what-is-an-arc-flash/148969153 TraceSoftwareInt@slideshare.net(TraceSoftwareInt) What is an arc flash? TraceSoftwareInt Arc flash typically occurs when the electrical insulation or isolation between live conductors is severed or can no longer withstand the applied voltage. Near the high power electrical equipment, the short-circuit power available is high and consequently so is the energy associated with the electrical arc in case of a fault. In Europe, regulation and standardization are mainly aimed at protecting workers against the risks of direct contact during work and interventions on and near electrical installations. The risks in the case of electric arc and the means to prevent them are mentioned but not developed.The effects of the electric arc: The electric arc produces intense light and heat, high noise, high overpressure Heat and splashes of molten metal can cause lethal burns Noise can lead to permanent or temporary hearing loss, a flash of vision disorders The overpressure can open and project the doors of electrical cabinets or cause falls during work at height In addition to personal injury, an arc flash can result in serious damage to electrical equipment. which can cause disruption to electrical systems in manufacturing and process industry environments or tertiary buildings. The cost of downtime can be considerable. elec calc™ Arc Flash module provides the professionals of the electrical industry with a fundamental tool in the sector, as the user will be able to develop its safety analysis in the vicinity of switchboards and panels. By design, elec calc™ has almost all the data allowing the calculation of the figures of the arc flash, from which the user will be able to elaborate his security analysis near the tables and boxes. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/5-190606070822-thumbnail.jpg?width=120&height=120&fit=bounds" /> Arc flash typically occurs when the electrical insulation or isolation between live conductors is severed or can no longer withstand the applied voltage. Near the high power electrical equipment, the short-circuit power available is high and consequently so is the energy associated with the electrical arc in case of a fault. In Europe, regulation and standardization are mainly aimed at protecting workers against the risks of direct contact during work and interventions on and near electrical installations. The risks in the case of electric arc and the means to prevent them are mentioned but not developed.The effects of the electric arc: The electric arc produces intense light and heat, high noise, high overpressure Heat and splashes of molten metal can cause lethal burns Noise can lead to permanent or temporary hearing loss, a flash of vision disorders The overpressure can open and project the doors of electrical cabinets or cause falls during work at height In addition to personal injury, an arc flash can result in serious damage to electrical equipment. which can cause disruption to electrical systems in manufacturing and process industry environments or tertiary buildings. The cost of downtime can be considerable. elec calc™ Arc Flash module provides the professionals of the electrical industry with a fundamental tool in the sector, as the user will be able to develop its safety analysis in the vicinity of switchboards and panels. By design, elec calc™ has almost all the data allowing the calculation of the figures of the arc flash, from which the user will be able to elaborate his security analysis near the tables and boxes.

What is an arc flash? from Trace Software International

]]> 415 5 https://cdn.slidesharecdn.com/ss_thumbnails/5-190606070822-thumbnail.jpg?width=120&height=120&fit=bounds presentation Black http://activitystrea.ms/schema/1.0/post

http://activitystrea.ms/schema/1.0/posted

0 BIM objects /slideshow/bim-objects/147049276 bimobjects-190522063910
Building Information Modeling (BIM) is the digital management of the information processes for the design, construction, and management of building projects. The use of the digital model – the representation of the physical and functional characteristics of a structure – promotes interoperability and interaction among the various stakeholders and the result is a highly interactive environment capable of adapting to changes. According to “Delivering value with BIM: a whole of life approach” book, a BIM object is a model element which contains: *Information that defines the product or element *Geometric characteristic of the physical product or element *Visualization data giving the object a recognizable appearance *Functional data that allows the object to be positioned or to behave in a certain manner. Therefore, a BIM object is not a simple digital representation in 3D, but an intelligent object as it contains the metadata that describes what kind of object it is, its classification, performance values, the material type, expected lifetime, manufacturer, maintenance, its behavior and also information regarding sustainability and energy efficiency and so on. This information is crucial for the management of the object along the whole life-cycle of the building project. How can BIM objects be classified? Which are their sources? ]]>
Building Information Modeling (BIM) is the digital management of the information processes for the design, construction, and management of building projects. The use of the digital model – the representation of the physical and functional characteristics of a structure – promotes interoperability and interaction among the various stakeholders and the result is a highly interactive environment capable of adapting to changes. According to “Delivering value with BIM: a whole of life approach” book, a BIM object is a model element which contains: *Information that defines the product or element *Geometric characteristic of the physical product or element *Visualization data giving the object a recognizable appearance *Functional data that allows the object to be positioned or to behave in a certain manner. Therefore, a BIM object is not a simple digital representation in 3D, but an intelligent object as it contains the metadata that describes what kind of object it is, its classification, performance values, the material type, expected lifetime, manufacturer, maintenance, its behavior and also information regarding sustainability and energy efficiency and so on. This information is crucial for the management of the object along the whole life-cycle of the building project. How can BIM objects be classified? Which are their sources? ]]> Wed, 22 May 2019 06:39:10 GMT /slideshow/bim-objects/147049276 TraceSoftwareInt@slideshare.net(TraceSoftwareInt) BIM objects TraceSoftwareInt Building Information Modeling (BIM) is the digital management of the information processes for the design, construction, and management of building projects. The use of the digital model – the representation of the physical and functional characteristics of a structure – promotes interoperability and interaction among the various stakeholders and the result is a highly interactive environment capable of adapting to changes. According to “Delivering value with BIM: a whole of life approach” book, a BIM object is a model element which contains: *Information that defines the product or element *Geometric characteristic of the physical product or element *Visualization data giving the object a recognizable appearance *Functional data that allows the object to be positioned or to behave in a certain manner. Therefore, a BIM object is not a simple digital representation in 3D, but an intelligent object as it contains the metadata that describes what kind of object it is, its classification, performance values, the material type, expected lifetime, manufacturer, maintenance, its behavior and also information regarding sustainability and energy efficiency and so on. This information is crucial for the management of the object along the whole life-cycle of the building project. How can BIM objects be classified? Which are their sources? <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/bimobjects-190522063910-thumbnail.jpg?width=120&height=120&fit=bounds" /> Building Information Modeling (BIM) is the digital management of the information processes for the design, construction, and management of building projects. The use of the digital model – the representation of the physical and functional characteristics of a structure – promotes interoperability and interaction among the various stakeholders and the result is a highly interactive environment capable of adapting to changes. According to “Delivering value with BIM: a whole of life approach” book, a BIM object is a model element which contains: *Information that defines the product or element *Geometric characteristic of the physical product or element *Visualization data giving the object a recognizable appearance *Functional data that allows the object to be positioned or to behave in a certain manner. Therefore, a BIM object is not a simple digital representation in 3D, but an intelligent object as it contains the metadata that describes what kind of object it is, its classification, performance values, the material type, expected lifetime, manufacturer, maintenance, its behavior and also information regarding sustainability and energy efficiency and so on. This information is crucial for the management of the object along the whole life-cycle of the building project. How can BIM objects be classified? Which are their sources?

BIM objects from Trace Software International

]]> 407 1 https://cdn.slidesharecdn.com/ss_thumbnails/bimobjects-190522063910-thumbnail.jpg?width=120&height=120&fit=bounds presentation Black http://activitystrea.ms/schema/1.0/post

http://activitystrea.ms/schema/1.0/posted

0 Why is technical support fundamental in the engineering software industry? /slideshow/why-is-technical-support-fundamental-in-the-engineering-software-industry-139214833/139214833 technicalsupport3-190402085022
Any software purchasing process implies a certain time of critical reflection on several aspects: costs, ROI, usability, integration, and technical support just to name a few. Technical support is a fundamental factor that must be necessarily taken into consideration when buying an engineering software solution mainly for three relevant reasons. First of all, it comes to the learning process. The acquisition and implementation of a new engineering software solution suppose a new work methodology. Furthermore, in case of an issue affecting the operational performance, it is important to count with experienced technical engineering support able to provide assistance in direct contact, with ease and comfort. Technical support is also a fundamental business unit for being the main point of contact with the customer. Understanding changing clients’ preferences and collecting their consideration and expectations on the software solutions is not only important, but it is necessary as it shows unique chances of improvements to any company. ]]>
Any software purchasing process implies a certain time of critical reflection on several aspects: costs, ROI, usability, integration, and technical support just to name a few. Technical support is a fundamental factor that must be necessarily taken into consideration when buying an engineering software solution mainly for three relevant reasons. First of all, it comes to the learning process. The acquisition and implementation of a new engineering software solution suppose a new work methodology. Furthermore, in case of an issue affecting the operational performance, it is important to count with experienced technical engineering support able to provide assistance in direct contact, with ease and comfort. Technical support is also a fundamental business unit for being the main point of contact with the customer. Understanding changing clients’ preferences and collecting their consideration and expectations on the software solutions is not only important, but it is necessary as it shows unique chances of improvements to any company. ]]> Tue, 02 Apr 2019 08:50:22 GMT /slideshow/why-is-technical-support-fundamental-in-the-engineering-software-industry-139214833/139214833 TraceSoftwareInt@slideshare.net(TraceSoftwareInt) Why is technical support fundamental in the engineering software industry? TraceSoftwareInt Any software purchasing process implies a certain time of critical reflection on several aspects: costs, ROI, usability, integration, and technical support just to name a few. Technical support is a fundamental factor that must be necessarily taken into consideration when buying an engineering software solution mainly for three relevant reasons. First of all, it comes to the learning process. The acquisition and implementation of a new engineering software solution suppose a new work methodology. Furthermore, in case of an issue affecting the operational performance, it is important to count with experienced technical engineering support able to provide assistance in direct contact, with ease and comfort. Technical support is also a fundamental business unit for being the main point of contact with the customer. Understanding changing clients’ preferences and collecting their consideration and expectations on the software solutions is not only important, but it is necessary as it shows unique chances of improvements to any company. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/technicalsupport3-190402085022-thumbnail.jpg?width=120&height=120&fit=bounds" /> Any software purchasing process implies a certain time of critical reflection on several aspects: costs, ROI, usability, integration, and technical support just to name a few. Technical support is a fundamental factor that must be necessarily taken into consideration when buying an engineering software solution mainly for three relevant reasons. First of all, it comes to the learning process. The acquisition and implementation of a new engineering software solution suppose a new work methodology. Furthermore, in case of an issue affecting the operational performance, it is important to count with experienced technical engineering support able to provide assistance in direct contact, with ease and comfort. Technical support is also a fundamental business unit for being the main point of contact with the customer. Understanding changing clients’ preferences and collecting their consideration and expectations on the software solutions is not only important, but it is necessary as it shows unique chances of improvements to any company.

Why is technical support fundamental in the engineering software industry? from Trace Software International

]]> 449 3 https://cdn.slidesharecdn.com/ss_thumbnails/technicalsupport3-190402085022-thumbnail.jpg?width=120&height=120&fit=bounds presentation Black http://activitystrea.ms/schema/1.0/post

http://activitystrea.ms/schema/1.0/posted

0 Photovoltaic solar self-consumption /slideshow/photovoltaic-solar-selfconsumption/138239057 selfconsumptionhelvetica1-190326123801
Access to energy is at the heart of the economic development of any country. This slide shows the fundamental differences between renewable and non-renewable energy sources. To cope with climate change and to guarantee the planet survival, the world needs to take urgent action. In this scenario, solar energy is leading the energy shift. Furthermore, with declining investments cost, producing solar electricity for the purpose of self-consumption is on the rise. A solar self- consumption installation uses the PV electricity generated on-site to meet the energy needs of the consumer while minimizing or excluding the use of electricity from the utility grid.]]>
Access to energy is at the heart of the economic development of any country. This slide shows the fundamental differences between renewable and non-renewable energy sources. To cope with climate change and to guarantee the planet survival, the world needs to take urgent action. In this scenario, solar energy is leading the energy shift. Furthermore, with declining investments cost, producing solar electricity for the purpose of self-consumption is on the rise. A solar self- consumption installation uses the PV electricity generated on-site to meet the energy needs of the consumer while minimizing or excluding the use of electricity from the utility grid.]]> Tue, 26 Mar 2019 12:38:01 GMT /slideshow/photovoltaic-solar-selfconsumption/138239057 TraceSoftwareInt@slideshare.net(TraceSoftwareInt) Photovoltaic solar self-consumption TraceSoftwareInt Access to energy is at the heart of the economic development of any country. This slide shows the fundamental differences between renewable and non-renewable energy sources. To cope with climate change and to guarantee the planet survival, the world needs to take urgent action. In this scenario, solar energy is leading the energy shift. Furthermore, with declining investments cost, producing solar electricity for the purpose of self-consumption is on the rise. A solar self- consumption installation uses the PV electricity generated on-site to meet the energy needs of the consumer while minimizing or excluding the use of electricity from the utility grid. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/selfconsumptionhelvetica1-190326123801-thumbnail.jpg?width=120&height=120&fit=bounds" /> Access to energy is at the heart of the economic development of any country. This slide shows the fundamental differences between renewable and non-renewable energy sources. To cope with climate change and to guarantee the planet survival, the world needs to take urgent action. In this scenario, solar energy is leading the energy shift. Furthermore, with declining investments cost, producing solar electricity for the purpose of self-consumption is on the rise. A solar self- consumption installation uses the PV electricity generated on-site to meet the energy needs of the consumer while minimizing or excluding the use of electricity from the utility grid.

Photovoltaic solar self-consumption from Trace Software International

]]> 357 1 https://cdn.slidesharecdn.com/ss_thumbnails/selfconsumptionhelvetica1-190326123801-thumbnail.jpg?width=120&height=120&fit=bounds presentation Black http://activitystrea.ms/schema/1.0/post

http://activitystrea.ms/schema/1.0/posted

0 Solar energy can light up Africa /slideshow/solar-energy-can-light-up-africa/131747664 solarenergycanlightupafrica-trace-software-190214085439
In Africa, the potential for solar energy is immense. The continent is, in fact, is the brightest in the world. Its 30.37 million km² receive a solar irradiance equal to or greater than 2,000 kWh/ (m2 year). In the management of the energy resources, increasing the production of solar energy and other forms of renewable energy should be the top priority for policymakers, if they are keen to foster the African power transition towards a more prosperous and sustainable future. The African economy is growing and and according to IRENA, the electricity demand should triple by 2030. Africa is endowed with significant renewable resources of all forms: biomass, geothermal, hydroelectric, solar or wind. This great energetic wealth could change the face of Africa forever. In fact, the diversification of energy sources increases the power generation capacity; the energetic shift would then resolve two of the Achilles’ heels in the energy landscape: satisfying the rising demand as well as replacing the poor-quality supply networks with reliable and safe energy supply.]]>
In Africa, the potential for solar energy is immense. The continent is, in fact, is the brightest in the world. Its 30.37 million km² receive a solar irradiance equal to or greater than 2,000 kWh/ (m2 year). In the management of the energy resources, increasing the production of solar energy and other forms of renewable energy should be the top priority for policymakers, if they are keen to foster the African power transition towards a more prosperous and sustainable future. The African economy is growing and and according to IRENA, the electricity demand should triple by 2030. Africa is endowed with significant renewable resources of all forms: biomass, geothermal, hydroelectric, solar or wind. This great energetic wealth could change the face of Africa forever. In fact, the diversification of energy sources increases the power generation capacity; the energetic shift would then resolve two of the Achilles’ heels in the energy landscape: satisfying the rising demand as well as replacing the poor-quality supply networks with reliable and safe energy supply.]]> Thu, 14 Feb 2019 08:54:39 GMT /slideshow/solar-energy-can-light-up-africa/131747664 TraceSoftwareInt@slideshare.net(TraceSoftwareInt) Solar energy can light up Africa TraceSoftwareInt In Africa, the potential for solar energy is immense. The continent is, in fact, is the brightest in the world. Its 30.37 million km² receive a solar irradiance equal to or greater than 2,000 kWh/ (m2 year). In the management of the energy resources, increasing the production of solar energy and other forms of renewable energy should be the top priority for policymakers, if they are keen to foster the African power transition towards a more prosperous and sustainable future. The African economy is growing and and according to IRENA, the electricity demand should triple by 2030. Africa is endowed with significant renewable resources of all forms: biomass, geothermal, hydroelectric, solar or wind. This great energetic wealth could change the face of Africa forever. In fact, the diversification of energy sources increases the power generation capacity; the energetic shift would then resolve two of the Achilles’ heels in the energy landscape: satisfying the rising demand as well as replacing the poor-quality supply networks with reliable and safe energy supply. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/solarenergycanlightupafrica-trace-software-190214085439-thumbnail.jpg?width=120&height=120&fit=bounds" /> In Africa, the potential for solar energy is immense. The continent is, in fact, is the brightest in the world. Its 30.37 million km² receive a solar irradiance equal to or greater than 2,000 kWh/ (m2 year). In the management of the energy resources, increasing the production of solar energy and other forms of renewable energy should be the top priority for policymakers, if they are keen to foster the African power transition towards a more prosperous and sustainable future. The African economy is growing and and according to IRENA, the electricity demand should triple by 2030. Africa is endowed with significant renewable resources of all forms: biomass, geothermal, hydroelectric, solar or wind. This great energetic wealth could change the face of Africa forever. In fact, the diversification of energy sources increases the power generation capacity; the energetic shift would then resolve two of the Achilles’ heels in the energy landscape: satisfying the rising demand as well as replacing the poor-quality supply networks with reliable and safe energy supply.

Solar energy can light up Africa from Trace Software International

]]> 341 3 https://cdn.slidesharecdn.com/ss_thumbnails/solarenergycanlightupafrica-trace-software-190214085439-thumbnail.jpg?width=120&height=120&fit=bounds presentation Black http://activitystrea.ms/schema/1.0/post

http://activitystrea.ms/schema/1.0/posted

0 BIM and electrical engineers. An insight on elec calc™ BIM /slideshow/bim-and-electrical-engineers-an-insight-on-elec-calc-bim/121060574 bimandelectricalengineersbytsi-181029113317
When we talk about Building Information Modeling (BIM) we are not talking about a trend, but about a real digital revolution in the building sector, ready to break up obsolete schemes and processes. For a long time, the engineering and construction sectors were looking for tools to increase the productivity and quality of their projects by reducing costs and delivery times. BIM has positioned itself in these sectors as the ideal tool for achieving these goals. Electrical engineers can complete all aspects of electrical design including power and lighting, fire alarm, communications, security systems, and other building services in a single environment. Through BIM, electrical engineers will be able to detect clashes and avoid electrical conflicts due to contradictory information between documents and building systems. elec calc ™ BIM is an essential solution for electrical engineering. It is the first software in the world that perfectly integrates the electrical calculation in the BIM process. With elec calc™ BIM, the user can design, calculate and size the electrical installation in the digital model in IFC 4 format, generated by any 3D architecture software (Revit, ArchiCAD, SketchUp …). For REVIT users, the elec calc™ BIM plug-in optimizes collaboration between the two programs. The compatibility with the electrical objects available on the BIM&CO platform is also an important resource for integrating and calculating the products of the manufacturers. elec calc™ BIM offers unique routing capabilities. The user calculates the lengths of the cables generated in the digital model and it is also possible to perform different simulations to compare different routing scenarios. The 3D model allows for conflict detection and the BIM Collaboration Format (BCF) technology, integrated into the software, allows you to manage all communications and alerts with other operators.]]>
When we talk about Building Information Modeling (BIM) we are not talking about a trend, but about a real digital revolution in the building sector, ready to break up obsolete schemes and processes. For a long time, the engineering and construction sectors were looking for tools to increase the productivity and quality of their projects by reducing costs and delivery times. BIM has positioned itself in these sectors as the ideal tool for achieving these goals. Electrical engineers can complete all aspects of electrical design including power and lighting, fire alarm, communications, security systems, and other building services in a single environment. Through BIM, electrical engineers will be able to detect clashes and avoid electrical conflicts due to contradictory information between documents and building systems. elec calc ™ BIM is an essential solution for electrical engineering. It is the first software in the world that perfectly integrates the electrical calculation in the BIM process. With elec calc™ BIM, the user can design, calculate and size the electrical installation in the digital model in IFC 4 format, generated by any 3D architecture software (Revit, ArchiCAD, SketchUp …). For REVIT users, the elec calc™ BIM plug-in optimizes collaboration between the two programs. The compatibility with the electrical objects available on the BIM&CO platform is also an important resource for integrating and calculating the products of the manufacturers. elec calc™ BIM offers unique routing capabilities. The user calculates the lengths of the cables generated in the digital model and it is also possible to perform different simulations to compare different routing scenarios. The 3D model allows for conflict detection and the BIM Collaboration Format (BCF) technology, integrated into the software, allows you to manage all communications and alerts with other operators.]]> Mon, 29 Oct 2018 11:33:17 GMT /slideshow/bim-and-electrical-engineers-an-insight-on-elec-calc-bim/121060574 TraceSoftwareInt@slideshare.net(TraceSoftwareInt) BIM and electrical engineers. An insight on elec calc™ BIM TraceSoftwareInt When we talk about Building Information Modeling (BIM) we are not talking about a trend, but about a real digital revolution in the building sector, ready to break up obsolete schemes and processes. For a long time, the engineering and construction sectors were looking for tools to increase the productivity and quality of their projects by reducing costs and delivery times. BIM has positioned itself in these sectors as the ideal tool for achieving these goals. Electrical engineers can complete all aspects of electrical design including power and lighting, fire alarm, communications, security systems, and other building services in a single environment. Through BIM, electrical engineers will be able to detect clashes and avoid electrical conflicts due to contradictory information between documents and building systems. elec calc ™ BIM is an essential solution for electrical engineering. It is the first software in the world that perfectly integrates the electrical calculation in the BIM process. With elec calc™ BIM, the user can design, calculate and size the electrical installation in the digital model in IFC 4 format, generated by any 3D architecture software (Revit, ArchiCAD, SketchUp …). For REVIT users, the elec calc™ BIM plug-in optimizes collaboration between the two programs. The compatibility with the electrical objects available on the BIM&CO platform is also an important resource for integrating and calculating the products of the manufacturers. elec calc™ BIM offers unique routing capabilities. The user calculates the lengths of the cables generated in the digital model and it is also possible to perform different simulations to compare different routing scenarios. The 3D model allows for conflict detection and the BIM Collaboration Format (BCF) technology, integrated into the software, allows you to manage all communications and alerts with other operators. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/bimandelectricalengineersbytsi-181029113317-thumbnail.jpg?width=120&height=120&fit=bounds" /> When we talk about Building Information Modeling (BIM) we are not talking about a trend, but about a real digital revolution in the building sector, ready to break up obsolete schemes and processes. For a long time, the engineering and construction sectors were looking for tools to increase the productivity and quality of their projects by reducing costs and delivery times. BIM has positioned itself in these sectors as the ideal tool for achieving these goals. Electrical engineers can complete all aspects of electrical design including power and lighting, fire alarm, communications, security systems, and other building services in a single environment. Through BIM, electrical engineers will be able to detect clashes and avoid electrical conflicts due to contradictory information between documents and building systems. elec calc ™ BIM is an essential solution for electrical engineering. It is the first software in the world that perfectly integrates the electrical calculation in the BIM process. With elec calc™ BIM, the user can design, calculate and size the electrical installation in the digital model in IFC 4 format, generated by any 3D architecture software (Revit, ArchiCAD, SketchUp …). For REVIT users, the elec calc™ BIM plug-in optimizes collaboration between the two programs. The compatibility with the electrical objects available on the BIM&CO platform is also an important resource for integrating and calculating the products of the manufacturers. elec calc™ BIM offers unique routing capabilities. The user calculates the lengths of the cables generated in the digital model and it is also possible to perform different simulations to compare different routing scenarios. The 3D model allows for conflict detection and the BIM Collaboration Format (BCF) technology, integrated into the software, allows you to manage all communications and alerts with other operators.

BIM and electrical engineers. An insight on elec calc™ BIM from Trace Software International

]]> 1155 1 https://cdn.slidesharecdn.com/ss_thumbnails/bimandelectricalengineersbytsi-181029113317-thumbnail.jpg?width=120&height=120&fit=bounds presentation Black http://activitystrea.ms/schema/1.0/post

http://activitystrea.ms/schema/1.0/posted

0 https://cdn.slidesharecdn.com/profile-photo-TraceSoftwareInt-48x48.jpg?cb=1574238138 Since 1987 Trace Software International has been a global leader in the development of software solutions (CAD & CAE) and consultancy services for the industrial engineering, with unique expertise in the design of electrical installations within Manufacturing, Energy, Building, Medical, Process & Plant and Transportation industries. “Empowering Electrical Solutions” has been the company mission since the early beginnings. With a great expertise, focused in both technology and engineering along with more than 20,000 loyal clients, Trace Software International leads innovation delivering software solutions that disrupt old habits and provide decisive advantages. www.trace-software.com https://cdn.slidesharecdn.com/ss_thumbnails/7-190718064154-thumbnail.jpg?width=320&height=320&fit=bounds slideshow/the-bright-future-of-the-italian-pv-market/156226832 The bright future of t... https://cdn.slidesharecdn.com/ss_thumbnails/6-190611102259-thumbnail.jpg?width=320&height=320&fit=bounds slideshow/the-effects-of-solar-shadings-on-the-performance-of-pv-panels/149215627 THE EFFECTS OF SOLAR S... https://cdn.slidesharecdn.com/ss_thumbnails/5-190606070822-thumbnail.jpg?width=320&height=320&fit=bounds slideshow/what-is-an-arc-flash/148969153 What is an arc flash?