| This week's sponsor is SilverSpring Networks. | |  | | Watch Video | Also Noted: A. Cullen & Associates, Inc. Utilities, mobile apps, and educated customers and much more... 200 ideas to move the nation toward a clean energy economy Former Colorado Governor Bill Ritter, founder and director of the Center for the New Energy Economy (CNEE) at Colorado State University, has released a report that was delivered to the White House recently, outlining at least 200 ideas on how the nation can move closer to a clean energy economy and reduce America's carbon emissions over the next three years. Article Water utilities will see disruptive new technologies Despite pessimism, new entrants into the $600 billion water industry are bringing emerging technologies that will disrupt the industry and create new opportunities, according to Lux Research. Article AEP, AltaLink partner to form Athabasca Transmission American Electric Power's transmission subsidiary AEP Transmission Holding Co. is partnering with AltaLink LP to participate in the Alberta Electric System Operator's (AESO) competitive process to build and operate the Fort McMurray West 500 kV transmission project. Owned equally by AEP Transmission Holding Co. and AltaLink LP, the joint venture will operate as Athabasca Transmission. Article Georgia Power's Smart Grid: The proof is in the pudding Georgia Power has completed a statewide smart grid improvement project conducted through a multi-year Smart Grid Investment Grant (SGIG) awarded by the Department of Energy (DOE). Article News From Across the Energy Industry: 1. Is the carbon bubble ready to burst? 2. Colorado Energy Office demands further scrutiny of net metering 3. Live conference coverage Today's Top News 1. Report calculates the social costs of carbon The benefits of fossil fuel energy to society far outweigh the social costs of carbon (SCC) by a magnitude of 50 to 500 times, according to a study released by the American Coalition for Clean Coal Electricity (ACCCE).  | | Credit: AmericasPower.org | "It is without question or debate that our national and global societies have benefited from fossil fuels. And those benefits will continue to be realized from coast to coast and around the globe for generations to come," ACCCE President and CEO Mike Duncan said. "If this administration attempts to calculate the future costs of carbon, it's imperative that policymakers also consider the actual and potential benefits of our carbon-based economy. Fossil-based energy has powered three industrial revolutions, including today's technology revolution." According to the study, over the past 250 years, global life expectancy has more than doubled and incomes have increased 11-fold. This has been due in large part to increased energy production and delivery, most of which has been fossil-based. And although a Federal Interagency Working Group (IWG) estimated the social cost of carbon (SCC) to be $36 per ton, the actual societal benefits of carbon -- as a by-product of energy production -- is 50 to 500 times greater than the perceived cost, according to ACCCE. "Even the most conservative estimates peg the social benefit of carbon-based fuels as 50 times greater than its supposed social cost," Dr. Roger Bezdek, lead author of the report, said. "And the benefits are actual fact, founded on more than two centuries of empirical data, not theoretical summaries based on questionable assumptions, dubious forecasts, and flawed models." Coal is the world's fastest growing energy source and has increased nearly as much as all other sources of fuel combined, according to the report. Much of this growth is in emerging economies like China and India, and it is expected that coal will continue to be the leading feedstock for electricity generation around the globe for at least the next three decades. Additionally, according to the Energy Information Administration, fossil fuels will provide 75 to 80 percent of the world's energy for the foreseeable future. In the United States, coal remains the largest feedstock for baseload electricity generation, supplying nearly 40 percent of the nation's electricity. But the Environmental Protection Agency's (EPA) proposed rule for new coal-fired power plants, the New Source Performance Standard (NSPS), has been widely criticized as unachievable. NSPS requires the use of a technology that is not yet commercially viable -- carbon capture and storage (CCS) -- for all new coal-fueled power plants. These regulations seem to ignore the $130 billion the industry has invested in clean coal technologies that have already reduced emissions by nearly 90 percent over the past forty years. "Fossil fuels have provided the energy to improve farming yields, grow manufacturing and business, and are now powering data servers and even the Cloud," Mr. Duncan said. "And while we have all benefited from reliable, clean coal electricity, there are still those who seek to end this American form of power. More and more, this Administration has abdicated its energy policy to the EPA whose regulations will shutter existing coal power plants and thwart the construction of new ones. We would hope that evidence in support of the benefit of fossil fuels, including clean coal, will help bring common sense to the regulatory process." Recent reports that electricity supplier PJM is asking regulators to lift the power price cap because of the high cost of natural gas this winter season joins mounting evidence that the United States needs a diversified energy portfolio to ensure affordable, reliable electricity, according to ACCCE. "This waiver is proof positive of the challenges our nation's electric grid faces should the current Administration and environmental activists achieve their goal of shutting down clean coal plants in the United States," said Laura Sheehan, ACCCE's senior vice president. "Coal provides nearly 40 percent of the baseload electric power in this country, supports manufacturing, heats homes, and energizes communities from coast to coast. Unfortunately, because of an overreliance on natural gas in some areas of the country, many Americans will see a price spike in their heating bills this winter. And this is a result of just one cold snap. The implications of an entire winter season with reduced coal-fired power, or none at all, would bring serious economic harm to families and companies across the country." For more: - see this report Related Article: Support for fossil fuels has rebounded Read more about: American Coalition for a Clean Coal Economy back to top | | This week's sponsor is Vodafone. |  | Webinar: Beyond connectivity: Business Innovation with M2M Solutions Thursday, February 20, 11AM ET / 8AM PT During this webinar, we will introduce how the adoption of M2M technologies will result in business innovation, and the real customer case will be addressed to validate its deployment. Register Today! | 2. Successful water companies embrace changing industry With the water industry landscape rapidly changing with globalization of economies and technologies, companies need to constantly reinvent themselves to stay ahead in the fragmented water market place, according to Frost & Sullivan, and successful water companies look beyond just finances and technologies to encompass a holistic view of the water business environment.  | | Credit: Thomas R. Machnitzki/Wikimedia Commons | "Water companies are facing multi-dimensional challenges since the new millennium as competition becomes saturated with numerous market participants offering similar products and services, compounded by the fluctuating global economy," said Melvin Leong, research manager, Energy & Environment Practice, Frost & Sullivan Asia Pacific. First, municipal and industrial end-users have become more selective and careful with their expenditure on infrastructures and treatment systems. Second, cost of energy is rising and this affects energy intensive treatment options such as desalination and wastewater reclamation. Finally, environmental regulations and policies are continuously evolving, especially in Asia. "A sustainable and successful company needs to identify its core competency in the marketplace where offerings of water products and solutions are aplenty. However, it is insufficient to have niche solutions without targeting the right group of customers concurrently," Leong said. In addition, the water industry seems to respond well to partnerships and alliances among water companies or stakeholders in the water market value chain. In the increasingly competitive market, such practice becomes necessary as a strategy to gain new customers and entry into country markets. There must also be continuous innovation in products and services while taking into consideration the expanding customer reach and satisfaction. Companies need to recognize the changing demographics and customer segmentations, such as evolution of mega cities and emergence of the middle-income group. From a business perspective, companies will need to understand, prioritize, and realign their business objectives. It is not uncommon that water companies become too ambitious in taking up projects that do not match their core competencies, and this may lead to unnecessary financial damages and divestments, according to Frost & Sullivan. Industry convergence is inevitable, says Frost & Sullivan research, and can be seen in the water industry, in which desalination companies are combining their competencies with renewable energy companies to create new innovative platforms such as solar desalination plants. For more: - see this report Related Articles: Water utilities will see disruptive new technologies Smart water networks critical to industry transition Utilities, regulators vital to aging water infrastructure PA investing $60M in water infrastructure Read more about: Frost & Sullivan back to top | 3. IoT and energy harvesting The Internet of Things (IoT) is a broad term referring to applications as diverse as Internet-connected vehicles, consumer electronics and smart phones. However, the edge of the Internet of Things network will consist of simpler sensors and wireless devices that provide, among other things, the identification of objects, sensing, control and automation, according to Raghu Das, CEO, IDTechEx. The simplest, passive RF devices, with relatively short range, will potentially be the highest volume of all devices and come in at the lowest price points. Adding power to RF devices with relatively short range enables more functionality such as sensing, mesh networking and automated control, Das said.  | | The adoption of small scale energy harvesting, across all applications, by value of the energy-harvesting component alone. Credit: IDTechEx | However, the return on investment of many wireless sensors in different applications is dependent in part on the lifetime of the device, which is most usually a function of the battery lifetime. A device lasting 10 years versus two has a dramatic change on the ROI calculation, particularly if these sensors are embedded in devices adding significant labour cost for battery replenishment, according to Das. Energy harvesters can help in this regard, although there are several challenges moving forward. For example, the cost of a primary battery is less than that of an energy harvester and associated interfacing electronics. Over the life of the energy harvested powered device the energy harvester version may be cheaper, but buyers may be incentivized by low upfront cost without taking into account the long term costs. Further, some batteries last for longer periods of time, particularly as the energy requirements of circuitry falls, but usually command a premium price. The widespread publicity of the Internet of Things will help to gain recognition for wireless sensors and how they can add value. Wireless sensors, forming part of the fabric of the Internet of Things, will increasingly use energy harvesting as a power source, according to Das. For more: - see this report Read more about: energy harvesting back to top | 4. SEIA "shouts out" for solar Educating Americans about the benefits of solar energy is at the heart of a new social media campaign, America Supports Solar, launched by the Solar Energy Industries Association (SEIA) in conjunction with National "Shout Out For Solar" Day and SEIA's 40th anniversary as a national trade association. SEIA plans to use this platform as a way to showcase the industry's innovations, continued growth and successes.  | | Sharon Solar Farm in Sharon, Vermont. Credit: SayCheeeeeese/Wikimedia Commons | Supported by both businesses and environmental groups, hundreds of thousands of people from across the United States and around the world are expected to take part in "Shout Out For Solar" Day and roll out of the America Supports Solar website, which highlights solar energy's popularity and growth across the United States. Solar in 2013 is expected to account for more new electric capacity than any other source of renewable energy since the late 1980s, according to SEIA. "In recent years, our industry has created tens of thousands of new American jobs, pumped billions of dollars into the U.S. economy and helped to reduce pollution," said Rhone Resch, SEIA president and CEO. While 2013 was a record-breaking year, 2014 is predicted to see 30 percent growth due, in part, to the fact that the average price of a solar system has dropped by more than 50 percent since 2010, according to SEIA. "In 2006, there were less than 600 megawatts of grid-connected solar in the United States. Right now, there's an estimated 13,000 megawatts," Resch said. "…through an outpouring of support on social media, Americans nationwide are 'shouting out' this success story on Facebook, Twitter and other social media platforms, proving that the real power of solar is the millions of people who support it." For more: - see this report Related Articles: NY taps $146M for solar infrastructure New York packing big solar impact Constellation hits top 3 for solar generation U.S. part of elite solar market Who added the most solar in 2013? Read more about: Solar Energy Industries Association back to top | 5. Microgrids could quadruple by 2020 Navigant research defines a microgrid as "an integrated energy system network consisting of distributed energy resources (DER) and multiple electrical loads and/or meters operating as a single, autonomous grid either in parallel to or 'islanded' from the existing utility power grid." While remote microgrids number in the thousands, many are still powered by diesel generation. However, an increasing number of remote microgrids showcase smart and much cleaner combustion technologies capable of reducing diesel consumption by as much as one-third, even without any renewable generation, according to Navigant Research. In fact, Navigant predicts the total worldwide capacity of remote microgrids will grow from 286 MW in 2013 to nearly 980 MW in 2020. Under a more aggressive scenario, total capacity will reach 1,071 MW in 2020, according to the research. "Operating in isolation from the wider power grid, remote microgrids are multiplying thanks to a combination of factors, including high costs for existing energy services in many parts of the world and declining costs for solar photovoltaics and other renewable distributed energy generation technologies," said Peter Asmus, principal research analyst, Navigant. "…while the majority of remote microgrids are being deployed in the developing world, activity is also increasing in Europe and North America." In many cases, the most advanced creative controls technology approaches for microgrids are being pioneered with off-grid distribution networks. Other technology claims the ability to achieve 100 percent renewable penetration within remote microgrids, according to Navigant. For more: - see this report Related Articles: GridStar a model of the future grid Remote microgrids proliferating globally Microgrids moving into mainstream Read more about: Peter Asmus back to top | Also Noted | This week's sponsor is A. Cullen & Associates, Inc. |  | | Discover the most noteworthy emerging trends occurring in the Smart Grid hiring landscape. | > Whitepaper: How to Transform Your Mobile Customer Care Strategy It's all about the SCI: the smart, connected interaction. It's not easy - mobility increases the number of variables going into each interaction, requires the preservation of context across channels, but it allows each interaction to naturally evolve. Read this document to learn how to go SCI and naturally connect with your customers. > Building a Smarter Smart Grid: Counteracting Cyber-Threats In Energy Distribution A smarter energy grid is in the long-term best interest of the planet and everyone who inhabits it. But along with the potential of the smart grid comes challenges to modernize the existing grid and design tomorrow's grid with even more built-in intelligence, communication, and flexibility to adapt to future needs at an acceptable cost and without complexity. Learn More! > Whitepaper: FREE DOWNLOAD: 2013 Smart Grid Hiring Trends Infographic Discover the most noteworthy emerging trends occurring within the Smart Grid hiring landscape. This insightful infographic illustrates changing qualification requirements, compensation trends and overall hiring activity. Click here to download the infographic. | |
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