Posts Tagged ‘Electric’

Microsoft, ford will apply hohm software for electric cars

March 31st, 2010

Microsoft and Ford announced a partnership ahead of the New York International Auto Show that will see upcoming Ford electric vehicles leveraging Microsoft’s Hohm software, which monitors utility consumption in homes and makes recommendations on what users can do to save energy. Electric cars have the potential to not only become the more energy-intensive item in drivers’ homes, but also exert pressure on the electrical grid should they become popular. In order to make the process more efficient, Microsoft and Ford intend to use Hohm to provide information to both customers and utilities on the steps they can take to make electric cars less of a drain on utility resources.

Microsoft and Ford will partner on making the automaker’s electric cars more energy efficient, both companies said in a joint March 31 announcement ahead of the New York International Auto Show. Specifically, the Microsoft Hohm platform will be offered as a cloud-based energy-management tool for owners of Ford’s future electric cars, for example informing them of the most optimal time to plug in a vehicle for recharging.

The joint announcement took place in Ford’s area at the New York International Auto Show, slated to run in Manhattan’s voluminous Jacob Javits Center from April 2-11. Ford CEO Alan Mulally came onstage to suggest that the partnership with Microsoft was part of an initiative to make its customers’ interactions with the utility grid “more efficient,” especially considering the potential drain that thousands of new electrical cars could put on the system. Ford plans on using Hohm for electric vehicles starting sometime in 2011.

Mulally said that Ford intended to “electrify our platforms” over the next few years, with five new hybrid vehicles due on the market by 2012. He then unveiled the Lincoln MKZ Hybrid, which will utilize the Microsoft-designed SmartGauge with Eco-Guide to give drivers long-term data on their fuel efficiency. Mulally claimed the vehicle, which will debut later in the year, is 50 percent more efficient than comparably sized luxury vehicles.

Microsoft CEO Steve Ballmer then appeared on a giant screen, via video link from Redmond, to talk about the partnership. After suggesting that Hohm “allows customers to better understand energy usage” and save an “average of 10 percent” on their utility bills, Ballmer went on to say that the partnership would ultimately benefit two groups: utility companies, which could use data from Hohm to “better understand and manage” the energy demands from electric cars on the grip, and customers, who could use the software to receive information on how, when, and where to best charge their vehicle.

Hohm takes users’ inputs about their energy choices in order to make recommendations about how to adjust energy expenditures in order to save money. Hohm’s analytics for performing its calculations are licensed from Lawrence Berkeley National Laboratory and the Department of Energy. An electric vehicle has the potential to become the largest energy-consuming element of a typical household; in that context, were Hohm to recommend habits such as plugging in the car late at night instead of during peak hours, users could save a good deal of money.

Ford is also examining the possibility of a smartphone app that would allow users to remotely view their electric car’s charge status.

Microsoft originally launched Hohm in July 2009, as part of a larger “green IT” initiative that also included the company’s Environmental Sustainability Dashboard for Microsoft Dynamics AX, which had been released that February. Code-named Niagara, after the birthplace of modern electricity and one of Nikola Tesla’s experiment sites, the platform is designed to run on any Web browser, including Internet Explorer, Firefox and Safari. From the beginning, Microsoft made a point of highlighting its partnerships with utility companies to allow their customers’ energy consumption information to be automatically uploaded to Hohm, with four such companies signed on at the outset.

Hohm asks users for their postal code and e-mail address, and then to fill out a home profile with questions such as, “What type of energy does your water heater use?” In return, Hohm offers a home-energy report with energy-savings recommendations (“Lower the temperature setting on your water heater”) alongside an estimated cost breakdown.

Along with Environmental Sustainability Dashboard for Microsoft Dynamics AX, designed to assist executives and IT administrators in monitoring energy costs, Microsoft’s green IT initiatives are directly competitive with Google’s PowerMeter software tool, which measures home energy consumption in near-real time via “smart” metering devices installed by a utility. As part of their own initiative, Google has partnered with power companies in California, Texas, Florida, India, Wisconsin, Missouri, and Kentucky, as well as Canada.

Source:http://www.eweek.com/c/a/IT-Infrastructure/Microsoft-Ford-Will-Apply-Hohm-Software-For-Electric-Cars-882736/

General Electric donates software licences to UPB

March 26th, 2010

General Electric (GE) has donated software licences worth nearly $60,000 to the Polytechnics University of Bucharest (UPB) needed for a GateCycle modeling of a thermal system to simulate a combined heat-and-power plant.

The donation comprises three licences for the latest version of the GateCycle program developed by GE and was made at a ceremony on Thursday at the UPB.

‘We thank GE for their donation, which will allow us to improve the training of our students. The GateCycle technology is a very advanced technology that matches our current preoccupation in this area.

These preoccupations are very important both to us, the teachers, and to the education and training of our students,’ UPB Dean Ecaterina Andronescu told the ceremony. The GE GateCycle is a tool that offers the students a possibility of studying new efficient methods of designing and maintaining a combined heat-and-power plant.

The software could also help the students develop technical skills in their professional development in the area of energy industry. GateCycle has been used both by GE and the main producers of original equipment manufacturers, technology companies, public utilities and research institutes, more than 250 in all.

‘We are interesting in developing our business in the countries where we operate, the challenges these countries have to face and upgrading their infrastructure,’ GE Energy Country Executive for Romania, Bulgaria and Moldova Carmen Neagu told the ceremony. UPB students will be able to study cogeneration in a direct manner by working two highly efficient Jenbacher engines that belongs to the UPB. The commissioning of thee new plant has effected savings of nearly 25 percent on UPB’s electricity bills.

The two Jenbacher engines and three boilers make up a large installation operated by the GES S.A. Company for Energy, Generation and Services, part of the Romanian-American Enterprise Fund (RAEF). The heat generated is used by the entire UBS campus. The electricity generated by the plant is used by the university and the surplus is fed into the National Energy Grid for future delivery.

Source:http://www.financiarul.ro/2010/03/26/general-electric-donates-software-licences-to-upb/

Design software for sa’s first electric car

March 25th, 2010

Local product life-style man- agment (PLM) specialist CNC Design Consultants (CDC) has teamed up with vehicle producer Optimal Energy in the design of the first South African electrical car, the Joule.

The plug-in electric vehicle was conceived by Optimal Energy and has been refined by automotive and design company Zagato’s Total Design Centre. “CDC is working closely with Optimal Energy to ensure a quality design,” says CDC MD Igal Filipovski. The car will reportedly go into production in 2013 and is on display this month at the Geneva Motor Show, in Switzerland.

He says that Optimal Energy is one of a number of companies worldwide which have implemented three-dimensional (3-D) and PLM specialist Dassault Systèmes’ (DS’s) latest product, Enovia V6 PLM. CDC also pro- vided the company with its computer-aided 3-D interactive application (CATIA) implementation, and is confident that, in conjunction with Enovia, DS’s integrated PLM solution will ensure that a world-class vehicle, with zero defects, is produced.

Enovia V6 provides a centralised PLM platform that supports product development, communication and data shar- ing throughout a product’s life cycle – from design concept to product retirement. It enables industries to use the Internet to design and collaborate in real time, from remote locations. The product also provides predefined processes that can be imple- mented to allow more control over engineering changes.

“The world is increasingly becoming a global village and more companies are relying on suppliers in Asia, Europe, the US or South Africa,” says Filipovski. He explains that if products go through the design process in different locations, there needs to be a system in place that can manage collaboration, secure all data and share it among the locations. The Enovia PLM suite enables this collaboration to take place, reports the company.

Cad Grows Up
He says that the traditional computer-aided design (Cad) and computer-aided manufacturing (Cam) tools have essentially become a commodity. “With companies now more focused on virtual design and product manufacture, the concept of standalone Cad/Cam is rapidly becoming impracticable,” he says, adding that companies are increasingly turning to PLM.

He explains that Cad/Cam tackles only the design aspects of product development and very little manufacture. It can be used in the manufacture of smaller components, such as a die or mould. However, in creat- ing a complete product, such as the Airbus 380 and 400M, which is extensively designed with Dassaults’ PLM products, a comprehensive, end-to-end solution is essential. This solution should manage mechanical and electrical design, and the manufacturing and assembly of a myriad of component parts into the finished product, reports the company.

The subassembly of the aero-planes is undertaken in many different locations before undergoing final assembly in another location. While Cad/Cam is still important in this process, collaboration between all the suppliers must be ensured so that the pro-duct is assembled and manufactured correctly, without having to build a prototype, and delivered on time, he says.

To this end, digital manufacturing (such as Delmia, part of the total PLM solution from DS) is used to shorten time-to-market and reduce the use of costly prototypes. “We have to ensure that, at the end of the process, we can see all the bottlenecks of the assembly process and, simultaneously, ensure quality,” he says.

Energy Sector Focus
Filipovski says that CDC is also focusing on energy-related situations, such as power stations and new energy plants. DS solutions are used by many constructors and users of power plants in the world, particularly for simulation and validation. He explains that, when designing and manufacturing a complex plant, software that simulates human ergonomics, using virtual mannequins, can be used to ensure that maintenance opera- tions can be performed.

He explains that the mannequins behave like humans, and a complete posture analysis and load analysis can be done on them. The simulations will also reveal how many operators are needed, the reachability, what tools will be required, and the minimum time required to perform a task, which is important in the nuclear indus- try to reduce exposure to radia- tion. This system, which was originally designed for submarines to gauge whether there would be enough space for maintenance, is now also used in the aerospace industry.

Meanwhile, the CATIA system provides an integrated solution to design complete plants and the electrical cabling and piping inside them, and simulates maintenance tasks, he says, adding that everything is done on a single platform, virtually and in 3-D, which ensures a more effective manufacturing process with fewer errors.

The CATIA system has more than 200 different role-based configurations, targeting several industries, in one integrated suite of programmes, where different licences activate specific functional applications. For this reason, it is important for CDC to carefully analyse customer requirements to choose the right solution. The CATIA system is dominant in automotive and aerospace industries, with 100% of all commercial aeroplanes and 80% of all new cars dependent on it for design and manufacture, he says.

CDC is the only South African business partner accredited by both information technology developer and manufacturer IBM and PLM and software provider DS as an authorised CATIA, Enovia and Delmia systems (besides others) reseller, and is a leading supplier of Cad/Cam and PLM products to local industry.

Source:http://www.engineeringnews.co.za/article/design-software-for-south-africas-first-electric-car-2010-03-26

GRIDiant Releases Software Suite For Electric Distribution Market

March 25th, 2010

GRIDiant Corp. has released its GRIDmaster suite of software products and services for the power distribution market.

“We spent several years perfecting our enterprise-class software for advanced grid management with seven utility companies, and we’re very pleased with the GRIDmaster suite,” says Larry Hagewood, CEO of GRIDiant. “In particular, the GRIDcare application inside GRIDmaster will allow utilities to continuously monitor the health of all distribution grid components.”

The GRIDmaster software suite comprises eight applications (GRIDlink, GRIDfast, GRIDrecord, GRIDview, GRIDcare, GRIDplan, GRIDops and GRIDassets), as well as GRIDmodeling, a package of professional services that supports the software. The company notes that it partners with firms such as IBM, KEMA and New Power Technologies to supply complementary services, such as system integration, program management and integrated grid performance.

Source:http://www.renewgridmag.com/e107_plugins/content/content.php?content.5065

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