Brazilian electric utility companies house,medical emergency preparedness office practice exercises,computer disaster planning and recovery - Good Point

POWERGRID International editors recognized two winners of the magazine's Brazilian Projects of the Year on Sept. This year's Brazilian Smart Grid Projects of the Year award winners differ much from one another.
One project was developed for and deployed in one of Brazil's most densely populated areas; the other in one of the country's most remote and sparsely populated areas. Brazil's federal utility holding company Eletrobras is Latin America's largest electric utility. AES Eletropaulo CEO Britaldo Soares shares details about the company's Digital Project during DistribuTECH Brasil's keynote session Sept. Eletrobras also owns six electricity distribution companies that formed a research and development project called the Parintins Smart Grid Project. Eletrobras' technical goals for the smart grid project centered on developing a cooperative reference model that all six distribution companies could use. Maria Tereza Vellano (second from left), AES Eletropaulo regional director of operations and leader of smart grid projects, and Sidney Simonaggio (far right), AES Electropaulo vice president of commercial operations, accept the Smart Grid Project of the Year award for the Digital Project from Teresa Hansen (second from right), POWERGRID International editor in chief, and Stuart Graham (far left), PennWell conference manager in Brazil. The installed smart meters act as sensors in the distribution network and allow Eletrobras and ELO to detect and immediately intervene in the event of a power failure or line tampering. As of May, ELO had installed and deployed 3,500 smart meters, and it plans to deploy another 12,000 as part of the project, said Bruno Maccari, ELO Sistemas ElectrA?nicos business development systems coordinator, during a DistribuTECH Brasil presentation. To date, the project is meeting its goals of reduced technical and commercial losses, increased security and improved quality of service. ELO issued a press release earlier in the year with statements by Marcos Rizzo, vice president of business development.
Eletrobras and ELO crew members install metering and communications equipment on a pole outside of a residence.
ANEEL, Brazil's electricity regulatory agency, approved a resolution in April that allows Brazilian consumers to generate power on the distribution level through distributed microgeneration and minigeneration. The Parintins Smart Grid Project is going well, and Eletrobras, ELO and Echelon have learned a lot. Sensitive to the city's cultural and artistic history, Eletrobras and ELO worked hard to make sure the new meter installations blended into their environment. In addition, because six distribution companies are involved and have stakes in the project, he said, there have been challenges in deploying systems and technologies that will meet all the companies' needs and requirements.
Other obstacles unique to Parintins have slowed progress, such as hard-to-reach or improperly installed meters. In a few cases, new meters must be installed creatively in buildings and structures that cannot be modified because of their artistic or historic features. AES Eletropaulo is a Brazilian electricity distribution company that provides electricity to 24 municipalities in Sao Paulo state, including the city of Sao Paulo, the largest city in the southern hemisphere.
Jose Carlos Medeiros (center), corporate coordinator, R&D and energy efficiency, Eletrobras Distribution Companies, accepts the Smart Grid Project of the Year award for the Parintins Smart Grid Project from Teresa Hansen, POWERGRID International editor in chief, and Stuart Graham (left), PennWell conference manager in Brazil.
AES Eletropaulo serves a high-density service territory that averages 1,400 customers per square kilometer.
Improving service to these customers was a main driver for the AES Eletropaulo Digital Project, said Britaldo Soares, AES Eletropaulo CEO, who spoke during DistribuTECH Brasil's keynote. The Eletropaulo Digital Project officially began in January, but AES Eletropaulo has been preparing for several years.
Sidney Simonaggio, AES Electropaulo vice president of commercial operations, also spoke at DistribuTECH Brasil.
Simonaggio emphasized smart metering is just one part of the smart grid and intelligent networks and smart equipment also are important. Digitized all substations, including replacing electromechanical relays with digital relays, allowing the control room to consider all substations' operations when making operating decisions.
Installed smart meters in some service areas, which it will deploy via radio frequency mesh network. Although the AES Eletropaulo Digital Project includes only two small service areas of the company's entire territory, the project is not a pilot, Simonaggio said.
The knowledge gained and technology developed from the project will be applied across the entire service territory. AES Electropaulo serves 62,000 customers in Barueri with an annual consumption rate of 1,208,232 megawatt-hours (MWh) and 304 kilometers (189 miles) of primary network.
The Barueri portion of the Digital Project is near completion, and many project goals have been realized, Simonaggio said. Eliminating the need to send a team to identify fraud, determine fault locations and disconnect or reconnect service allows AES Eletropaulo to save much time and money because travel in Sao Paulo can take hours because of slow-moving traffic, Simonaggio said. In addition to Barueri, AES Eletropaulo implemented the Digital Project in Vargem Grande and Caucaia do Alto on Sao Paulo's western outskirts. No advanced metering was included in the Vargem Grande and Caucaia do Alto Digital Project. The project should be completed in two years, at which time Electropaulo expects to roll out finite results to the rest of its service territory. A PennEnergy Research and Zpryme survey of 40 Latin American utilities in July shows the region has yet to pick up significant steam when it comes to large-scale smart grid deployments. Overall, Latin American utilities are eager to modernize their electrical systems, but their approaches are more conservative than their North American peers.
The average utility surveyed plans to spend $215.4 million over five years for smart grid technologies. The top three smart grid components Latin American utilities will focus on during the next five years are: advanced transmission systems, enterprise-level IT communication networks and distribution automation. The major reasons utilities are adopting smart grid technologies are reducing costs and making the grid more reliable. The key concern for deploying the smart grid is integration of several systems or networks. Latin American electric utilities mainly seek to develop more power availability to grow their customer bases. Subscribe to Electric Light & Power or POWERGRID International and the email newsletter today at no cost and receive the latest news and information. O'Brien Mitsubishi expects to move 300 to 400 i-MiEV electric cars per year, likely splitting evenly between sales and leases. Spanish Utility, Mitsubishi Agree to Develop Electric Car InfrastructureMitsubishi will introduce i-MiEV, while Endesa will provide charging infrastructure.


Mitsubishi in Talks with Brazilian Gov't About Electric CarIf talks are successful, i-MIEV electric car would be introduced into Brazil in 2013. Cumulative utility-scale solar power generation capacity reached 35.9 GW at the end of 2014, with record new capacity addition last year, Wiki Solar has reported. While North America and Asia retained their leadership positions in capacity addition, Europe and Africa made significant contributions as well. Africa, too, registered significant increase in installed capacity, led by South Africa, where the first of the projects auctioned under the Renewable Energy Independent Power Producers Programme (REIPPP) were commissioned last year. Wolfe also stated that large markets like the US, China, and India would continue to dominate the global utility-scale solar power market.
With 36 GW cumulative capacity installed worldwide, more than 35% capacity is operational in Asia while 30% each operational in Europe and North & Central America. Keep up to date with all the hottest cleantech news by subscribing to our (free) cleantech newsletter, or keep an eye on sector-specific news by getting our (also free) solar energy newsletter, electric vehicle newsletter, or wind energy newsletter. Mridul Chadha currently works as Head-News & Data at Climate Connect Limited, a market research and analytics firm in the renewable energy and carbon markets domain. Network and establish your business in one of North America’s largest energy industries. CleanTechnica is the #1 cleantech-focused news & analysis website in the US & the world, focusing primarily on electric cars, solar energy, wind energy, & energy storage. Illustration Of A Power Lineman Electrician Repairman Worker Looking Up With Electric Utility Pole Post And Lightning Bolt In The Background Set Inside A Circle.
I agree to Shutterstock's Website Terms, Privacy Policy, Licensing Terms and to receive emails that I can opt out of at any time. Illustration of a power lineman worker electrician climbing electricity utility post with lightning bolt set inside circle done in retro style. All plans come as a Standard license, and can be upgraded to an Enhanced license at any time.
What's with all the talk about Volkswagen working on a low-budget brant that can sell a car for under $8,000? It was originally launched back in August 2009 with either regular or extended cab, both having a wheelbase that's 152 mm longer than the one of the Gol.
After the success of this initiative, it doubled that number in its fleet of vehicles, and incorporated two electric cars, in November 2015.
One project is owned by a subsidiary of a large, multinational private company; the other by a Brazilian utility that is majority-owned by Brazil's federal government. Both show that with good planning and management and the proper technologies, challenges can be overcome and efficiency, operation and customer service improvements are possible no matter the location. The project aims to develop and field-test integrated smart grid technologies, but its main goal is to improve quality of life in Brazil's Amazon region. Some 420 miles downriver from Manaus, the capital of Amazonas, it is served by an isolated grid. The utility chose Parintins because dealing with its challenges would require technological solutions that, once proven, could be used across Eletrobras' entire distribution service territory.
The meters have dual-mode smart two-way information flow over a 900 megahertz radio frequency mesh network, as well as power line. The meters also send information to consumers, allowing Eletrobras to apply time-of-use rates to encourage consumption during off-peak demand. Eletrobras expects more than 40 rooftop photovoltaic (PV) systems of 3 kW each to be installed by May, resulting in some 120 kW of PV generation across the distribution system. The Parintins project will provide insights on real-life impacts of PV generation on the low-voltage grid.
It takes 45 to 60 days to transport equipment from manufacturing facilities in southern Brazil to Manaus, Maccari said. The Amazonas rain forest is hot and humid, and installing and operating electronic devices in this climate has been challenging, Maccari said. The company serves some 6 million customer premises and a population of nearly 16.5 million throughout its 4,562-square-kilometer (1,761-square-mile) service territory.
This average, however, is misleading because density is much higher in some areas; 91 percent of Eletropaulo's customers are in 28 percent of its service area for a population density of 4,600 customers per square kilometer. Soares said the company also should teach customers to use energy properly and must refine its management systems and infrastructure to do so. Soares said the company's investments in its distribution systems have been growing 12 percent each year since 2005. The company has reduced System Average Interruption Duration Index (SAIDI) by 32 percent since 2005 and boasts similar statistics for System Average Interruption Frequency Index (SAIFI). He said customers' demands for high quality, stricter regulators who expect better operating performance, and new, effective technologies that allow utilities to meet service and operating challenges made this the right time for the company to embark on such a project.
The distribution networks' performance indicators are similar to rest of AES Eletropaulo's service territory. It selected this area because its challenges are different than most of Eletropaulo's service territory.
The main objective was to create a self-healing grid that could identify and pinpoint fault locations. Twenty-eight percent of the utilities surveyed did not consider smart grid deployment a priority, another 28 percent considered smart grid deployment a high priority, and the remaining utilities considered smart grid deployment a moderate priority. While initially set to begin Thursday, preordering is now expected to begin closer to March 31 to give Mitsubishi more time to set up a website that will handle what's expected to be big demand, he said. North and Central America and Asia led all markets to take the annual capacity addition to the highest level ever. Europe registered growth in capacity addition after two consecutive years of reduction in 2012 and 2013, adding about 2 GW of solar power capacity in 2014. Africa is expected to continue to add significant capacity every year as more projects under the REIPPP are commissioned.
Both China and India have announced very ambitious and aggressive capacity addition target. He earned his Master’s in Technology degree from The Energy & Resources Institute in Renewable Energy Engineering and Management.
The utilities unilaterally stopped connecting projects in October (link), late in the year. It is part of Important Media -- a network of 20 progressive blogs working to make the world a better, greener place.


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It's been on sale in places like Brazil since last year and it looks like a bad rendering of a Volkswagen Polo. The Saveiro Cross is a lot newer than that, having been released last year, and features rugged plastic protective cladding, larger alloy wheels with beefy tires and a a bit of aluminum trim on the lower front bumper and side skirts.
This makes 101 hp and 154 Nm on regular gas or 104 hp and 156 Nm on ethanol, a popular fuel in South America. Army announced the Shifting Gears Automotive Technician Training Program.  This groundbreaking program will provide the training and skills necessary for veterans to become certified GM technicians. Eletrobras owns nearly 60 percent of Brazil's transmission lines and nearly 40 percent of its installed generating capacity. Electricity delivery was not as reliable as Eletrobras and its customers in the area would have liked, nontechnical loss (electricity theft) was high, and much of the electricity was generated by environmentally unfriendly, diesel-fueled plants.
Eletrobras plans to implement the project through all of Parintins, which has some 16,000 customers and 300 distribution transformers.
The meters have given Eletrobras better control of demand and a way to combat nontechnical losses through remote disconnect and reconnect. The PV systems' performance will be monitored automatically through a remote system that will include a weather station with a data acquisition system and a database of smart meter readings for each PV system. The study also will show how the smart grid infrastructure can be used to provide a new service to customers: monitoring distributed PV generation. From there, it takes several more days to ship the equipment up the Amazon River to Parintins. It operates 43,000 kilometers (nearly 27,000 miles) of distribution network, 1,700 kilometers (more than 1,000 miles) of subtransmission lines, 212 substations, 118,000 transformers, and more than 1 million streetlights. The investments include grid automation, control center and telecommunications infrastructure upgrades.
Most substation reclosers can communicate through radio fiber optics, and the company's effort to have 100 percent of its reclosers connected via fiber-optic communications is nearly complete. We must transition the cost into our rates, and regulators must acknowledge the opportunities (of smart grid).
Barueri was selected because its customer base is similar to the rest of the company's customer base.
The company serves some 32,000 customers in this area with an annual consumption rate of 178,573 MWh and 374 kilometers (232 miles) of primary network.
This solution would solve the problems associated with sending field crews and having them stuck in traffic for hours. Wiki-Solar founder Philip Wolfe stated that the United Kingdom may overtake India and Germany soon, as developers race to commission projects to beat legislative changes. China plans to have 100 GW of solar power capacity installed by 2020, and India has a similar target for 2022.
It’s possible that the crisis has thrown data reporting into confusion: do you count all completed projects, or only connected ones? If at any time you're unsatisfied with your experience with us, you can cancel your subscription. But we assure you, this is not us playing an elaborate joke using Photoshop, even though we were also rubbing our eyes as if looking at a picture of the Chupacabra.
The transition back into civilian life after military service can be a difficult one.  In many cases, veterans have the skills necessary to qualify for a job but lack the civilian certification they need to be hired.
The company owns and operates more than 53,000 kilometers (nearly 33,000 miles) of 230-kV and higher transmission lines and 31 hydroelectric, 15 thermoelectric and two nuclear power stations with an installed capacity of nearly 40,000 MW.
Upon completion of the project, the city will be the first in Brazil to have all customers connected to smart meters. With dozens of isolated diesel grids in northern Brazil, PV generation is economically viable, Maccari said. He said it takes 150 to 180 days for cable to be delivered to Parintins once the company orders it. In addition, AES Eletropaulo carried out a considerable number of pilots and field tests in recent years to learn more about smart grid.
The city is densely populated and includes residential and commercial and industrial customers with high consumption rates. The network has different characteristics than much of AES Eletropaulo's service territory.
China will have significant focus on distributed solar power capacity in addition to utility-scale capacity, while India has plans for several projects with capacity as much as 4 GW. Mridul has a keen interest in renewable energy sector in India and emerging carbon markets like China and Australia.
The Saveiro is a two-door chopped version of the Gol and like its hatchback brother it received a facelift last year. But hydroelectricity is vulnerable to the effects of climate change.Traditionally, the country depended on four old hydroelectric dams, three of which were built on the Negro River between the 1930s and the 1970s. The project schedule must be accurate and be followed closely to prevent transportation issues that could slow the project. In addition, it has high technical losses, meaning that reduced losses would result in more revenue almost immediately. It is a rural area with long circuits (100 kilometers or more) (62 miles) that includes 23-kV feeders isolates (three circuits). The fourth is on the Uruguay River, shared with neighbouring Argentina, and was built in the 1970s.In addition, two ancient thermal plants powered by fuel oil have served as a back-up when the hydropower supply drops or collapses due to water shortages. The country already has 670 MW in installed wind power capacity and a similar amount under construction, which means that 30 percent of demand for electric power will be covered by wind energy by late 2016.



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