Energy Department Announces $18 Million Investment to Accelerate the Development Plug-In Electric Vehicles and Use of Other Alternative Fuels

December 22, 2016 – 6:06pm

WASHINGTON – Today, the Energy Department (DOE) announced $18 million in support of five projects for research, development, and demonstration of innovative plug-in electric vehicle (PEV) and direct injection propane engine technologies, as well as community-based projects to accelerate the adoption of light, medium and heavy duty vehicles that operate on fuels such as biodiesel, electricity, E85, hydrogen, natural gas, and propane.

Public investment in advanced, energy efficient transportation technologies and systems will improve our nation’s energy security, support energy independence, reduce transportation emissions, and strengthen U.S. economic competiveness.  The projects selected today will accelerate the development and adoption of alternative fuel technologies, and support pioneering deployments of market-ready vehicles and alternative fuels.

Odyne Systems, LLC (Pewaukee, WI) will receive $2.9 million to develop and demonstrate plug-in hybrid work trucks (class 7) that reduce fuel consumption by more than 50 percent and eliminate fuel consumption during stationary operations.

Blue Bird Body Company (Fort Valley, GA) will receive $4.9 million to develop and demonstrate a battery-powered electric school bus that improves propulsion energy efficiency by 20-30 percent and that can connect to the electric grid (vehicle-to-grid).

Blossman Services (Swannanoa, NC) will receive $2 million to develop a 4.3L propane direct injection engine and emission control system that will be demonstrated on a package delivery vehicle.  Direct injection engine technology offers improved performance and saves fuel.

PacifiCorp (Portland, OR) will receive $3.9 million to accelerate PEV adoption by developing electric highway corridors along I-15, I-80, I-70, and I-84 in Utah, Idaho, and Wyoming.

Gas Technology Institute (Des Plaines, IL) will receive $4.9 million to deploy multi-fuel stations (including electric vehicle charging stations, compressed natural gas, biofuels, and propane stations) and alternative fuel vehicles (including electric drive) along I-94 from Port Huron, Michigan to the North Dakota border.

The Department’s Office of Energy Efficiency and Renewable Energy accelerates development and deployment of energy efficiency and renewable energy technologies and market-based solutions that strengthen U.S. energy security, economic vitality, and quality of life.

An emissions-reducing scrubber stack at the American Electric Power Mountaineer coal plant in Letart, W. Va.
An emissions-reducing scrubber stack at the American Electric Power Mountaineer coal plant in Letart, W. Va. PHOTO: TY WRIGHT/BLOOMBERG NEWS

Many big corporations continue to support efforts to reduce carbon emissions, vowing to stay the course despite the election of Donald Trump, who has promised to dismantle the Obama administration’s climate agenda and this week chose a global-warming skeptic to lead the U.S. Environmental Protection Agency.

From Houston to Silicon Valley, executives in the oil, power, retail, transportation and technology industries said their companies were locked into a lower-emissions trajectory driven in part by market forces, such as cheaper prices for natural gas and wind power.

Expectations from investors, activists and customers are also factors, along with pressure from regulators in states and other countries, they added.

President-elect Donald Trump has appointed Oklahoma Attorney General Scott Pruitt to head the Environmental Protection Agency—a climate change skeptic and sharp critic of the organization. Photo: AP.

On the campaign trail, Mr. Trump called climate change a “hoax” and promised to abandon an international pact reached last year in Paris to reduce carbon emissions. He also pledged to repeal the Clean Power Plan, an Obama administration rule which aims to cut carbon emissions from power plants 32% by 2030.

On Wednesday, the president-elect selected Oklahoma Attorney General Scott Pruitt, an ardent critic of Obama administration regulations, as his EPA head.

Mr. Trump had promised in an interview since his election to “keep an open mind” on the climate issue and met Monday in New York with former Vice President Al Gore, a leading climate activist.

While many companies shared their positions with The Wall Street Journal on climate regulations before Mr. Pruitt’s selection, several reached again afterward, including Wal-Mart Stores Inc. and Google parent Alphabet Inc., said their stance remained unchanged.

“Part of our plan to invest in renewables is to diversify our generation portfolio,” saidMelissa McHenry, a spokeswoman for utility American Electric Power Co. “All of those investments don’t change with a change in administration, it’s a long-term strategy.”

ENLARGE

While the question of how and whether to respond to warming global temperatures continues to be debated in politics, especially among Republicans, many big corporations appear to see the transition to less carbon-intensive energy as a foregone conclusion—and ultimately good for business. Companies world-wide committed a record $285 billion to clean energy projects in 2015, according to a study by the Frankfurt School of Finance and Management.

Days after the Nov. 8 U.S. election, Exxon MobilCorp. signaled its continued support for the Paris climate deal. Suzanne McCarron, Exxon’s vice president of public and government affairs, said on Twitter that the agreement was “an important step forward by governments in addressing the serious risks of #ClimateChange.”

Exxon this year lobbied other energy companies to support a carbon tax and to avoid a posture of opposing all regulations aimed at reducing carbon emissions, according to people familiar with the company’s thinking. Large European oil companies have also pushed for a global price on carbon.

Big utilities that burn coal such as AEP say they will continue their transition to cleaner energy sources, even if Mr. Trump makes good on his pledge to reverse the Clean Power Plan.

“With Donald Trump being elected, I think you’ll continue with that movement” regardless of whether the clean-power regulation takes effect, said AEP Chief ExecutiveNick Akins. He cited cheap natural gas and falling prices for wind and solar power as factors also driving the utility’s decisions.

Wal-Mart, General Motors Co., Google and Gap Inc. also said their goals for renewable-energy use or emissions reductions remained intact.

GM set a goal last September to get all its power from renewable sources world-wide by 2050. It estimates it is now saving about $5 million a year as a result of that shift and conservation measures. Wal-Mart plans by 2025 to power half its operations with renewable energy and cut its greenhouse gases 18%.

Google said Tuesday it would reach its goal of buying enough renewable energy to match 100% of the amount of power that it uses, about 2.6 gigawatts, in 2017, earlier than it initially expected. It attributed that in part to cheap wind power in Oklahoma, where Google operates a data center.

“We do believe climate change is real and that businesses should do what they can to address it, but we’re doing this because it’s good for business,” said Gary Demasi, Google’s director of global infrastructure.

After Mr. Trump’s victory, more than 350 companies, including Intel Corp., DuPont Co.and Monsanto Co. signed a pledge expressing support for the Paris climate agreement and U.S. efforts to cut carbon emissions. That sentiment extends to international companies based outside the U.S.

Andrew Mackenzie, chief executive of BHP Billiton Ltd., the world’s largest miner by market value, told shareholders last month that he hoped Mr. Trump would stand by the U.S. commitment to the Paris accord.

“More needs to be done” to achieve the agreement’s goal of limiting global temperature increases to 2 degrees Celsius, said BHP sustainability and climate change vice president Fiona Wild.

If Mr. Trump makes good on earlier promises to cancel regulations limiting emissions of carbon dioxide and methane, it would benefit a number of smaller energy companies, who are more supportive of such actions.

Smaller refinery companies, for example, have also been pushing hard for an overhaul of the renewable fuel standard, a federal mandate enforced by the EPA that requires refineries to blend an increasingly large amount of ethanol into U.S. gasoline.

Big oil companies including Chevron Corp., Royal Dutch Shell PLC, and BP PLC have been reaping millions by selling renewable fuel credits associated with the ethanol program, while smaller refiners have been forced to spend hundreds of millions to buy the credits to comply with the rules.

But environmental rules established by the Obama administration that have already taken effect can’t be canceled as easily as some industry executives expect, said Larry Nettles, the head of the environmental and natural resources practice at law firm Vinson & Elkins LLP.

That would require new legislation or a lengthy executive branch process that could be challenged in court by environmentalists, he said.

“The concept that there’s going to be a significant change in environmental regulatory policy and enforcement is a little naive,” Mr. Nettles said.

Solar-panel roads company eyes Canada’s Calgary

New solar-panel roads technology seeking electric avenues that can transmit the sun’s energy onto power grids may be coming to a city near you.

A French company is negotiating plans to test its rugged solar-panels on road surfaces in the Canadian city of Calgary.

The process is part of a bigger plan to test the installations on four continents in 2017 with the U.S. state of Georgia being next after Calgary. Other continents include Africa, Japan and throughout the European Union.

Solar freakin’ roadways, is that you?

Well no! This is not the crowdfunded solar roadways project from the United States that almost broke the internet with its viral youtube video a few years back.

This is a specific part of a company, Wattway, within the Colas Group, a world leader in the construction and maintenance of transport infrastructure involved in designing solar-panels that embed into roads.

ARTICLE CONTINUED BELOW

Wattway, much like the Solar Roadways company in the United States is also working on the engineering problems involved with putting photovoltaic cells under a driving or walking surface.

“We wanted to find a second life for a road,” Philippe Harelle, the chief technology officer at Colas SA’s Wattway unit told Bloomberg. “Solar farms use land that could otherwise be for agriculture, while the roads are free.”

Bloomberg reports that a kilometer-sized testing site began construction last October 2016 in the French village of Tourouvre in Normandy.

Adding that the 2,800 square meters of solar panels are expected to generate 280 kilowatts at peak, with the installation generating enough to power all the public lighting in a town of 5,000 for a year.

Photo Credit: Wattway
Photo Credit: Wattway

The rugged solar panels are capable of withstanding the weight of an 18-wheeler truck, and after nearly five years of research and laboratory tests, they’re constructing 100 outdoor test sites and plan to commercialize the technology in early 2018.

Photo Credit: Wattway
Photo Credit: Wattway

A report from Environment Canada indicates that Calgary is the sunniest big city in Canada with an average of 2,396 hours of sun each year, which is why is has been chosen for this test install.

David Wood, an NSERC/ENMAX Industrial Research Chair in Renewable Energy at the University of Calgary, in a statement to Calgary Metro said while the idea is interesting, he sees some disadvantages with putting solar panels on roads.

“Photovoltaic output is very sensitive to shading,” he said. “Every time a car or truck drives over a road mounted module, it will cut off energy production. On a busy road, production would be small.”

Europe Net Metering and Self-Consumption Solar PV Market Outlook 2016 – 2025

Europe Net Metering big

/30rd November 2016, RENEWABLE MARKET WATCHTM/ Distributed  solar  power,  which  has  been the  backbone  for  the  bulk  of  the  solar PV sector’s  growth  in  Europe,  is  moving towards self‑consumption and net metering according to recently published report Europe Net Metering and Self-Consumption Solar PV Market Outlook 2016 – 2025. In February 2015, the European Commission published its new Energy Union strategy depicting a vision in which “citizens take ownership of the energy transition, benefit from new technologies to reduce their bills, participate actively in the market”. Besides a greater consumers’ involvement, the energy transition will require much more renewables. This paradigm shift has already started: In 2014 and for the first time, renewables produced more power than nuclear in Europe. And this trend will continue: according to the European Commission’s forecasts, renewables will cover around 45% of our electricity demand by 2030 and their share is expected to grow to 60% ÷ 97% by 2050. This represents a major opportunity to establish a clean, secure and resilient energy system on which European economy can grow.

Distributed  solar  power,  which  has  been the  backbone  for  the  bulk  of  the  solar PV sector’s  growth  in  Europe,  is  moving towards self‑consumption and net metering

In this context, wide deployment of net metering and self-consumption solar PV capacity will help to achieve these two objectives in parallel: it will very concretely empower consumers while facilitating a bottom-up deployment of renewables. More importantly, this consumer involvement contributes to the achievement of the binding national renewable targets by attracting private capital from actors – consumers – who have lower expectations in terms of rate of return compared to pure financial investors. This makes the energy transition cheaper. Making on-site solar power generation accessible to a larger number of consumers is also leading to new forms of engagement: energy cooperatives, joint purchasing programmes, crowd funding platforms or leasing make the retail electricity market more diversified and competitive. Self-consumption solar PV is also a key driver for demand‑side flexibility, steering storage, smart appliances and more flexible contracts.

Incentivized self-consumption and net metering programs are becoming increasingly important policy supports for global solar PV markets

Globally, for the first time over 50 GW of solar power was connected to the grid in a single year, 25% up from 40.2 GW in 2014. Thus 2015 was a year of records and 23 countries have passed the GW mark and the 200 GW mark has been crossed in 2015, with 229 GW producing electricity at the end of the year. Obviously incentivized self-consumption and net metering programs are becoming increasingly important policy supports for global solar PV markets and especially in Europe.

The strong run for solar PV capacity additions through net metering and self-consumption support schemes continued in 2015. Thus global net metering and self-consumption solar PV capacity grew by 30% in 2015 compared to 2014 reveals Europe Net Metering and Self-Consumption Solar PV Market Outlook 2016 – 2025. Significant portion of the solar PV generation in Italy and Germany comes from net metering and self-consumption.

Global net metering and self-consumption solar PV capacity grew by 30% in 2015 compared to 2014

Owing to technological progress and economy of scale, the investment costs for solar PV power plants, have fallen approximately with 14 % per year, equal to almost 75 % since 2006. The Chart 1 above shows the price development since 2006 for rooftop solar PV systems between 10 kWp to 100 kWp in Germany. Cost of small scale rooftop solar PV system in Germany has been around 5,000€/kWp in 2006. It is now below 1,300€/kWp in 2016. This very impressive price development resulted in highly competitive power generation costs. PV module costs are responsible for about 50 % of the total investment costs for solar PV power plants of this size. Therefore, all residential and industrial consumers in Europe have now access to a low cost on-site renewable power source according to Europe Net Metering and Self-Consumption Solar PV Market Outlook 2016 – 2025.

This independent, 240+ page report of Renewable Market Watch™ analyzes the net metering and self-consumption supporting schemes for solar PV in all European countries. Through extensive research and discussions with experts in the industry, Renewable Market Watch™ has identified a series of market trends that will impact investment volume and solar PV capacity additions under net metering and self-consumption support schemes over the coming decade in Europe.

In 2014 and for the first time, renewables produced more power than nuclear in Europe

Industry analysts of Renewable Market Watch™ used a complex array of research sources to better understand role of net metering and self-consumption solar PV systems and their application in all European countries under different local regulations and support schemes. For this reason unique approach was applied in segmentation process to achieve and present better explanation of fundamental drivers and future dynamics behind the net metering and self-consumption solar PV market growth in Europe. Market was analyzed from six main perspectives:

1)    Policy and Regulation. Support Schemes at Europe-wide and Country Level;
2)    Turn-key Solar PV System Cost;
3)    Levelized Cost of Energy (LCOE) for Small Scale Residential and Commercial Solar PV Systems;
4)    Market Trends and Investment Volume in Net Metering and Self-consumption Solar PV;
5)    Energy Market and Electricity Grid Network. Transmission System Operators and Utilities;
6)    Smart Grid Technologies Development.

Net metering and self-consumption solar PV should become part of the utility business model and the utilities should be involved in the process of designing, installing, and maintaining solar PV systems for residential and commercial projects. Growth of net metering and self-consumption solar PV market in Europe will lead also to increasing in demand for solutions and services due to advances in technology in components, such as smart power meters, solar simulators, and grid intelligent components, services and applications of the smart solar technology concept. Thus most of the vendors are focusing on providing complete solutions for smart solar from components to the services.

Net metering and self-consumption solar PV should become part of the utility business model

There are three key drivers behind the continuing net-metering and self-consumption solar PV market growth in Europe, which is expected in the next decade according to Europe Net Metering and Self-Consumption Solar PV Market Outlook 2016 – 2025. First one is the drastic reduction of feed-in tariffs in many countries. Therefore feed-in tariffs started to lose their power as driver of renewable energy growth since 2011 and this process will continue. The second one is grid parity, which is progressing and by 2025 not only sun-belt countries, but also a lot of countries with less solar irradiation will have grid parity. The third one is growth of the smart grid concept, market and services, which make it easier to integrate renewable energy systems for net-metering and self-consumption.

With 179 charts, maps and tables, together with policy and support schemes overview in 44 countries, competitive landscape and smart grid development investigated, the report Europe Net Metering and Self-Consumption Solar PV Market Outlook 2016 – 2025 gives you a perfect visual breakdown of European net metering and self-consumption solar PV market.

More information you can read in executive summary brochure of this report:

Eruope Net Metering and Self-Consumption Solar PV Market Outlook 2016 – 2025

Cities and States Lead on Climate Change

Photo

A wind turbine in Adair, Iowa. CreditCharlie Neibergall/Associated Press

IOWA CITY — THE wind turbines that rise out of the cornfields here reminded me on a recent drive of one postelection truth, even in the red state of Iowa.

As President-elect Donald J. Trump considers whether to break the United States commitment to the Paris climate accord, the rise of clean energy across the heartland is already too well entrenched to be reversed.

By 2020, thanks to MidAmerican Energy’s planned $3.6 billion addition to its enormous wind turbine operations, 85 percent of its Iowa customers will be electrified by clean energy. Meanwhile, Moxie Solar, named the fastest-growing local business by The Corridor Business Journal of Iowa, is installing solar panels on my house, and is part of a solar industry that now employs 200,000 nationwide.

Doomsday scenarios about the climate have abounded in the aftermath of the November election. But responsibility for effectively reining in carbon emissions also rests with business, and with the nation’s cities and states. Those are the battlegrounds. Worldwide, cities produce as much as 70 percent of greenhouse gas emissions.

Many of the planet’s cities lie along the coasts and are threatened by slowly rising seas. Seventy percent of those cities are already dealing with extreme weather like drought and flooding. Add in aging infrastructure and waves of migrants and it is obvious that city planners, mayors and governors have had to re-envision how their cities generate energy and provide food and transportation.

“The concept of a regenerative city could indeed become a new vision for cities,” the Germany-based World Future Council reported recently. “It stands for cities that not only minimize negative impact but can actually have a positive, beneficial role to play within the natural ecosystem from which they depend. Cities have to constantly regenerate the resources they absorb.”

This idea won broad support at a recent gathering of city leaders from around the world in Quito, Ecuador, hosted by the United Nations. The Habitat III conference approved a “new urban agenda” that urges cities to adapt to climate change but minimize their harm to the environment and move to sustainable economies.

In a changing climate, these approaches make sense. As Michael Bloomberg, the former mayor of New York, told the Chinese General Chamber of Commerce recently, “Cities, businesses and citizens will continue reducing emissions, because they have concluded — just as China has — that doing so is in their own self-interest.”

With or without significant federal support, reducing greenhouse gas emissions will require major private investment, as it has here in Iowa, and ambitious private-public initiatives from mayors and governors. We need to activate a new era of “regenerative” cities and states.

California’s recent move to reduce its carbon emissions by 40 percent below 1990 levels by 2030 is a hopeful shift that other cities and states should emulate. This would involve setting high benchmarks for developing green enterprise zones, renewable energy, cultivating food locally, restoring biodiversity, planting more trees and emphasizing walkability, low-carbon transportation and zero waste.

Following this regenerative approach, the Australian city of Adelaide reduced its carbon emissions by 20 percent from 2007 to 2013, even as the population grew by 27 percent and the economy increased by 28 percent. The city experienced a boom in green jobs, the development of walkable neighborhoods powered by solar energy, the conversion of urban waste to compost and a revamped local food industry. The city also planted three million trees to absorb carbon dioxide.

Over 10,000 climate initiatives are underway in cities worldwide, according to the C40 Cities Climate Leadership Group, which represents 80 major cities. In nearby Des Moines, for instance, Mayor Frank Cownie recently committed the city to reducing its energy consumption 50 percent by 2030 and becoming “carbon neutral” by 2050.

Initiatives like those have become a “fill the potholes” reality for many mayors, regardless of political games in Washington. In San Diego, the Republican mayor, Kevin Faulconer, helped to push through a climate action plan that commits the city to 100 percent renewable energy by 2035. Other cities are following his lead.

“Dull, inert cities, it is true, do contain the seeds of their own destruction and little else,” the urban visionary Jane Jacobs wrote. “But lively, diverse, intense cities contain the seeds of their own regeneration, with energy enough to carry over for problems and needs outside themselves.”

In an age of climate change, and a possible shift in the federal government’s priority on climate action, never have those words been truer.

Tesla Powers An Entire Island With Solar Energy And Battery Storage

Just days after Tesla announced acquisition of SolarCity, it didn’t waste any time to make another announcement of that it just powered an entire island.

The company ran a solar energy micro-grid on American Samoa’s Ta’u Island using over 5,328 solar panels and 60 Tesla Powerpacks. The entire system, at 1.4 megawatts, that offers 6 megawatt-hours of energy storage, can collect solar power and store it for up to 3 days.

It took the entire island one year to complete the switch over to solar power, which should be enough to keep them powered 24/7.

The Island of Ta’u with its paradise-like weather and a population of fewer than 600 residents with relatively modest power needs, was previously powered using diesel fuel generator, that burns 300 gallons of fuel per day, which is neither eco-friendly nor cheap.

So this switch is a much welcomed eco-alternative.

Although Tesla considers this project a small test, it has demonstrated the possibilities and feasibility of micro-grids in a much larger way