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Category Archives: Remote Monitoring
Cummins Power Generation, once again in FIEE, Brazil.
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During the five days of the show, Cummins staff will visit with customers and prospects alike to give them a closer look at some of its solutions. The exhibit display includes: one C1000 D6 generator set, one C200 D6, one residential model RS20A, one QD5000 mobile, and one DMC1000 panel. Be sure to take a look at some of the pictures of our booth. We would also like to say thanks to all those who visited us!
Posted in Automatic Transfer Switch, Diesel Generators, Enclousures, Events, Gas Generators, News, News and Events, Paralleling, Products, Remote Monitoring
Tagged Brazil, Fiee, Sáo Paulo
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A Cummins Single-Source Pre-Integrated Power Generation Solution Delivers Confidence
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A pre-integrated, single-source product solution means that generator set component parts like the alternator, engine, radiator, controls, transfer switches and switchgear are all manufactured, assembled, and designed to work together by one company: Cummins. The benefit is a solution that is optimized in terms of its carbon footprint, installation time, reliability, operating costs, dimensional footprint, and specifying and ordering complexities. In effect, Cummins makes it easy to get a highly reliable, durable solution…and you can have confidence in the solution’s functional integrity. Cummins Power Generation enhances its “Power of One” offer with 24/7 turnkey support and services through its global network of distributors and project facilitation partners. For example, Cummins can provide project management services like site selection and preparation, system design and engineering, building construction, mechanical and civil engineering, maintenance, and ongoing operation and technical support. The combination of single-source pre-integrated product solutions and worldwide support and service create unparalleled value…and that’s why we call it “The Power of One.” To help make the benefits of single-source, pre-integrated solutions very clear, Cummins Power Generation just released a captivating information resource: it’s the web-based “Power of One” Learning Module. It features cutting-edge, computer-animated graphics, sound and interactivity to showcase the compelling benefits of the single-source, pre-integrated power generation solutions and services it offers. The module starts with a dramatic, upbeat opening sequence in which a power generation system is assembled, piece by piece: alternator, engine, radiator, controls, switchgear, etc. You can further interact with the module by clicking on learning tabs. One tab allows you to “mouse over” system components that self-animate to reveal features and benefits. Another tab thoroughly explains and discusses the merits of “The Power of One.” Yet, another tab provides a company overview. Most exciting is the Screensaver/Video tab which allows you to download and save the exciting 3D assembly process of a complete, turnkey Cummins Power Generation solution. A power plant for a Belgian greenhouse is a good example and case history of a “Power of One” solution that Cummins provided. Cummins worked with the grower to understand their specific needs and then designed a turnkey solution for them. In addition to economical power, the customer’s primary need was for the heat that could be recovered from the engine exhaust and other sources. Cummins owns the solution and sells heat to the grower and the excess electricity back to the utility. Cummins manages all of the gas contracts and utility off-take contracts for the grower as part of its service. Another case history exemplifying “The Power of One” is a solution Cummins developed for SuperFrango’s new poultry processing plant in Brazil. The plant currently processes 180,000 chickens daily, and it is sized to reach a volume of 320,000 chickens by 2012. The need was for reliable but also economical power. The answer was a Cummins peak power system that helps SuperFrango meet its electricity needs by monitoring utility power, starting and paralleling the generators if power fails, and transferring power from the utility to the generators as needed. When time of day electric costs require it, the system will automatically start the generators, parallel them to the utility, and control their power output so that load on the utility (and costs) are minimized. The generators provided are sufficient to operate the entire facility. When it’s time to shut them down, the system synchronizes and parallels the generators to the utility, transfers the load back to the utility, disconnects and cools down the generators, and leaves them ready to start again when they are needed. The examples above are just two in a series of applications where “The Power of One” has proved an ideal custom solution. Click here to unleash and explore “The Power of One” Learning Module. |
Backing up the play: Cummins Power Generation at Target Field
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Target Field, the new outdoor baseball park for the Minnesota Twins, opened in 2010 to rave reviews. Some of the raves focused on its smart design, which includes the standby power system. A new case history details how Cummins Power Generation and Cummins NPower, the local distributor, are contributing to the success of the new ballpark. For example, the smart design includes two generator sets and six automatic transfer switches from Cummins Power Generation, which together provide reliable standby power. The 1000 kW DQFAD diesel generator set, located in a compact, enclosed space, required special piping to bring in fresh air and to vent the exhaust. Each of the two generator sets is matched with a series of PowerCommand® OTPC automatic transfer switches. The generator sets and their transfer switches are networked to remote annunciators in the ballpark’s Command Center and are interfaced with the building management system. Click here to access the case history |
Powering Larnaca Airport
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French-led group, Hermes Airports, won the international tender. The consortium is made up of several companies including Bouygues Batiment International and electrical contractor Ineo, part of the Suez/GDF group. Cummins France completed the project and Cummins Power Generation’s local distributor in Cyprus, Uniplant, provided the installation and site support. The two-phase scheme includes the construction of new passenger terminals and extended runways. Ineo chose Cummins France to supply generator sets and building management systems for the complex. A key factor in the decision to award the contract to Cummins was its ability to provide a complete power solution including installation. Total power requirements for the main building involve 3 MV loops to supply 17 transformers of 1250 kVA whilst the external stations require a 1 MV loop to feed five transformers ranging from 200 kVA to 630 kVA. The order consisted of nine generators ranging from 250 kVA to 1400 kVA. In addition, Cummins supplied remote monitoring and building management systems control. The second phase of the development, due for completion in 2013, will result in the expansion of the new terminal to handle up to nine million passengers a year and the construction of a 500m (1,600 ft) runway extension. The design of the new 98,000 m2 (1,050,000 sq ft) terminal includes 16 boarding bridges and is intended to reflect the proportions of a medieval aqueduct located in the city. For more information on the Larnaca airport project, download the case history here |











