New York Most Energy Efficient State

Screen Shot 2015-10-05 at 12.14.57 PMOctober is National Energy Awareness Month and a great time for families and businesses to find ways to reduce their energy use. On average, a household spend nearly $2,000 a year on energy bills. To bring awareness of the impact of energy on American’s wallets, WalletHub conducted an in-depth analysis of the 2015’s Most and Least Energy Efficient States with the exception of Alaska and Hawaii.

WalletHub compared the efficiency of car and home energy consumption and hopes that the results will encourage consumers to conserve more.

Most Energy-Efficient States Least Energy-Efficient States
1 New York 39 Virginia
2 Vermont 40 Georgia
3 Minnesota 41 West Virginia
4 Wisconsin 42 North Dakota
5 Utah 43 Tennessee
6 Rhode Island 44 Arkansas
7 Colorado 45 Kentucky
8 California 46 Texas
9 Connecticut 47 Louisiana
10 Nevada 48 South Carolina

Some other interesting findings included: Utah’s weather-adjusted home-energy consumption is twice as efficient as Louisiana’s; and Florida’s car-energy consumption is twice as efficient as North Dakota’s. You can read the full report here as well as see how your state fairs.

BCSE Calls for Passage of Clean Energy Programs

More than 580 companies including the Business Council for Sustainable Energy (BCSE) are calling for the passage of legislation that provides the extension of expired and expiring tax incentives designed to promote the growth of clean energy and clean energy technologies. The groups submitted a letter to Congress stressing to the federal lawmakers that,”Businesses and investors need stable, predictable federal tax policy to create jobs, invest capital, and deploy pollution-reducing energy technologies.”

“Businesses and investors need stable, predictable federal tax policy to create jobs, invest capital, and deploy pollution-reducing energy technologies. Allowing the lapsed clean energy tax provisions to languish undermines investor confidence and jeopardizes continued economic and environmental benefits,” said Lisa Jacobson, BCSE President.

2015FB_1According to the Sustainable Energy in America Factbook published by Bloomberg New Energy Finance and BCSE, the use of lower and zero carbon energy sources has grown rapidly over the past seven years. BCSE says the clean energy tax provisions have a proven track record of helping scale up production and drive down the cost of clean energy technologies, thereby ensuring that market-ready technologies are deployed to their full potential.

Tom Kiernan, CEO of the American Wind Energy Association (AWEA) whose organization was also a signer of the letter, said of the need for these programs to have multi-year extenders, “American wind power is building momentum right now, but Congress has yet to pass these critical tax incentives, and the clock is ticking. The U.S. wind energy industry has rebounded from the loss of 23,000 jobs in 2013 due to policy uncertainty, and we can grow to support 380,000 jobs by 2030 with stable policy. That’s why we join hundreds of other voices in the business community to call on Congress to take action now.”

Kelly Speakes-Backman, Senior Vice President of Policy and Research at the Alliance to Save Energy and also a letter signer added, “Extension of the clean energy tax incentives is a bipartisan issue. This extension will bring stability to a growing private industry, while reducing pollution from the energy sector. The Alliance endorses this business-oriented approach to strengthen our economy and encourage energy efficiency and clean technology investments.”

ConEdison Assists “Renewable” Waste Treatment

The Port Richmond Wastewater Treatment Plant located on Staten Island has been updated to include “renewable” energy to help power the waste treatment facility. Three new boilers – a combination of biogas and natural gas – along with a new exhaust system and a rootfop solar array. Biogas is a byproduct of the wastewater treatment process and is now being captured and used to replace equipment from the 1970s that ran on heating oil. The solar array, installed by ConEdison Solutions, is expected to produce 1.6 million kilowatt hours, approximately 10 percent of the plant’s power needs. The project is part of OneNYC’s initiative to achieve net-zero energy use at the City’s wastewater treatment plants by 2050.

21218149303_ee1802d0ae_z“This $30 million investment in new technology at the Port Richmond Wastewater Treatment Plant will significantly reduce pollution and result in cleaner air for New York City,” said New York City Department of Environmental Protection Commissioner Emily Lloyd. “Our wastewater treatment plants require a tremendous amount of electricity in order to protect public health and the environment, and we’re focused on not only reducing their demand for electricity, but also capturing and maximizing their potential for energy production.”

In September 2014, New York City committed to the goal of achieving an 80 percent reduction in greenhouse gas emissions from 2005 levels by 2050 (80×50). With buildings comprising nearly three-quarters of New York City’s overall emissions, the City has implemented an initiative to retrofit all public buildings with any significant energy use by 2025, and supporting many private buildings to do the same. In addition, in order to reduce emissions from City government operations, an program was put in place to achieve net-zero energy use at the City’s wastewater treatment plants by 2050.

“ConEdison Solutions is proud to help the New York City Department of Environmental Protection promote sustainability through this ambitious solar installation,” added Michael N. Perna of ConEdison Solutions. “Throughout New York City, both public-sector and private-sector entities are learning how to utilize renewable power as a money-saving and energy-saving asset. With these significant improvements at the Port Richmond Wastewater Treatment Plant, DEP is setting an outstanding example for other facilities throughout the region.”

EV Connect Launches EV CaaS

EV Connect has launched what they call the first-ever “EV Charging-as-a-Service” or “EV CaaS,” to reduce up-front costs and simplify the process for purchasing and installing EV charging station infrastructure by turning the purchase decision from a capital expenditure to an operating expense. The new program was developed in collaboration with GE and SparkFund.

EV-Connect-LogoEach EV charge station comes with GE’s WattStation and DuraStation as well as EV Connect’s base management software and service. Starting at $99 per month per charge station, the EV CaaS, says EV Connect, offers businesses and government entities a full-service resource to assist with financing, deployment and management.

“The single biggest hesitation facility owners have when considering EV charging station installation is up-front cost,” said Jordan Ramer, EV Connect President. “The EV CaaS program, in collaboration with SparkFund and GE, offers a pay-as-you-go alternative to capital purchases and greatly simplifies the decision-making process.”

EV Connect says they are the first provider to offer this type of program. In addition to overseeing procurement, permitting and installation, they manage all aspects of the charging station including service, driver support, station management and usage.

“Welcome to a new world of financing for EV charging infrastructure,” added Pier LaFarge, SparkFund Co-founder and CEO. “EV CaaS puts EV charging within reach of any facility by shifting financing from an upfront capital expenditure to a pay-over-time operating expense.”

Constellation Launches EME With ChargePoint

Constellation is offering customers a new electric vehicle charging program through the new Efficiency Made Easy (EME) program in partnership with ChargePoint. The program enables customers to help fund new EV charging stations and business may be eligible to purchase ChargePoint EV charging stations (including installation, serve and warranties) through their electricty or gas supply agreement.

logos“Constellation is always looking for new and innovative energy solutions for our customers,” said Divesh Gupta, manager, energy solutions for Constellation. “Efficiency Made Easy allows customers to implement technology such as ChargePoint’s EV charging stations to better manage their energy use and support their environmental goals – without an upfront investment.”

EME enables its commercial and industrial supply customers to implement energy efficiency and other solutions without up-front capital expenditures. The costs of these solutions are included over the term of a customer’s supply agreement. In cases where customers are utilizing EME for efficiency measures, they may realize immediate savings on energy costs from reduced energy use according to Constellation.

Pasquale Romano, CEO of ChargePoint, added, “By offering charging stations, installation, service, and warranty with no upfront capital, this channel partnership is a great example of how energy companies can help to spur EV growth the right way. Minimizing the upfront cost to buy and install charging stations and providing customer choice, makes it possible for even more businesses to offer EV charging to their employees and customers.”

Senvion Canada Produces Longest Turbine Blade

Senvion Canada has begun the production of the longest blade in Canada: the 55.8 metre blade that is destined for the Senvion 3.2M114 Cold Climate Version (CCV) 3 MW turbine. LM Wind Power will produce 45 sets of blades all equipped with Senvion’s anti-icing system, adapted for harsh winter climates, such as that in Quebec.

csm_2012_32M114_StMichaelisdonn_397_7a1085d078All blades will be delivered to the the Mesgi’g Ugju’s’n (MU) wind farm, a project that involves a 50-50 partnership of the three Mi’gmaq Nations of Quebec (Gesgapegiag, Gespeg et Listuguj) and developer Innergex. The project includes installation of 150 MW of the 3.2M114 type turbine with 100 metre towers. Official construction of the project has begun, and the wind farm will be operational by December 2016.

At the occasion of the inaugural ceremony, Helmut Herold, CEO of Senvion in North America said, “For me, it is always impressive to see this technology up close. The serial production of the 55.8 metre blade with the anti-icing hot air system, is of tremendous significance for the advancement of turbine technology in Quebec’s wind industry. Not only are we seeing shifts in the cost competitiveness of wind, in comparison to any new hydro installation in the province, but with such a shift comes the ability to technologically innovate,”

“Furthermore, said Herold, “blades with the anti-icing system are perfect for communities, such as the three Mi’gmaq Nations, who want to benefit from wind energy but have to work through Quebec’s cold climate. In short, what we are producing here is community friendly technology.”

Troy Jerome, the executive director of the Mi’gmawei Maiwomi Business Corporation added, “The Mesgi’g Ugju’s’n Wind Farm project is a testament of how the Mi’gmaq people and our Mi’gmaq government can contribute to the greater Quebec economy and more specifically to the economy of the Gaspésie region. Through our partnership with Innergex and Senvion, we are pleased that LM Wind Power can deliver on the latest technology required to meet the extreme weather conditions of the Gaspésie region. This project is one great historic achievement, both for being able to achieve an agreement with the Quebec government on a large energy project and also for bringing together our Nation, the people of Gaspésie, German technology and of course LM Wind Power with this huge sweeping blade which will help us create beautiful clean green energy.”

Germany Drives Demands for Renewable Electricity

Renewable electricity demand in Europe is on the rise with businesses and consumers voluntarily purchasing renewable electricity with Guarantees of Origin. According to data published by the Association of Issuing Bodies (AIB), the European market is expected to reach a total market volume of 400 Terrawatt hour (TWh) in 2015 with Germany playing a dominating role.

In 2014 Germany reached a volume of 80 TWh, and is on track to reach a volume of 100 TWh in 2015, accounting for 25 percent of the European volume. The German figures as of Q2 in 2015 already Market demand for renewable electricity in Europeshow a market demand of 69 TWh, an increase of 11 TWh, 19 percent higher than the 2nd quarter last year. Germany, with a total power consumption of 580 TWh, is now close to having 20 percent of all consumption documented as renewable.

For Europe in total, the 2015 2nd quarter numbers show an increase of 25 TWh compared to Q2 in 2014 – an increase of 11 percent. The total demand for Q2 reached a record volume of 255 TWh.

The development in 2015 follows a record-breaking 2014, during which the market experienced a 27.6 percent growth and an all-time high of 314 TWh in renewable electricity demand. Moreover, for the first time since 2011, there was a real balance between supply and demand.

The European demand for renewable electricity documented by Guarantees of Origin now constitute more than 10 percent of all electricity consumption in Europe (ca. 3,300 TWh) and more than one third of all electricity from renewable sources in Europe (ca. 900 TWh).


Logan’s Gap Wind Farm Up & Running

The Logan’s Gap Wind facility located in Comanche County, Texas is up and running. A majority of the power created from the 200 MW wind farm will be sold to Walmart via a long-term power purchase agreement.

Siemens SWT-2.3-108 wind turbines“Logan’s Gap Wind is our fourth operational wind power facility in Texas and we are now serving three different regions throughout the state,” noted Mike Garland, CEO of Pattern Energy, who built the wind farm. “We continue to bring new facilities online both on time and on budget, demonstrating our ability to execute on our growth strategy. We are pleased to be working with one of the leading corporations in the world as it acquires renewable energy and lowers its carbon footprint. We are increasingly partnering with America’s leading companies as they recognize that wind power, which continues to decline in cost, is both good for the environment and good for business.”

The facility will sell 75 percent of the electricity produced to Walmart and a financial institution. Walmart has a 10-year power purchase agreement to acquire 58% of the expected output from the facility. Seventeen percent of the expected output will be sold under a 13-year fixed price agreement with a A-/Baa2-rated financial institution. The remaining 25 percent of expected output will be sold at ERCOT spot market prices.

“Walmart has a goal to be supplied by 100 percent renewable energy, and sourcing from wind energy projects — like the Logan’s Gap Wind Facility — is a core component in the mix,” added Mark Vanderhelm, vice president of energy for Walmart. “The energy we’ll procure from this facility represents nearly one-fifth of the U.S. portion of our goal to source seven billion kilowatt hours of renewable energy by 2020. That’s a significant leap forward on our renewable energy journey.”

DOE Releases Energy Productivity Roadmap

U.S. Energy Secretary Ernest Moniz recently released a new roadmap to increase energy productivity.  “Accelerate Energy Productivity 2030: A Strategic Roadmap for American Energy Innovation, Economic Growth, and Competitiveness,” reviews proven and effective strategies and actions to advance energy efficiency.

Strategies include:

  • states securing energy productivity through setting and updating vehicle and product codes and standards, and providing energy performance information to consumers;
  • utilities and regulators designing rates and related policies that more effectively align energy efficiency with utility business models; and
  • businesses reinvesting avoided energy costs.

Accelerate Energy Productivity 2030Moniz says by doubling energy productivity, American families will be able to power their homes and vehicles using less energy, while American businesses will be able to manufacture more while spending less and cutting harmful carbon emissions.

“Cutting energy waste and doubling energy productivity will help American families save money on their energy bills, enable businesses to produce more while using less energy and strengthen the U.S. clean energy economy,” said Moniz. “This roadmap provides a path for families, businesses and governments, among others, to follow. By taking steps to increase efficiency and cut waste, the U.S. will be more competitive globally and will see direct and long-lasting benefits for decades to come.”

The Roadmap focuses on scalable actions that have the potential to reduce energy consumption and support economic growth. The federal government, many state and local governments and a number of organizations in the private sector are already deploying energy productivity strategies, including some that are featured in the report, demonstrating that the goal of doubling energy productivity can be achieved. While energy productivity strategies often involve multiple economic sectors and levels of government, the strategies laid out in this report demonstrate that any organization or individual can take steps to double national energy productivity by 2030. The report provides a foundation for scaling up these efforts nationwide, while allowing for flexible and tailored solutions.

Grid Guru Debunks Clean Power Plan Blackouts

According to a new white paper, implementation of the Clean Power Plan (CPP) will not cause blackouts and opposers to the plan claim. Lauren Azar, former Commissioner at the Public Service Commission of Wisconsin and senior advisor to former Energy Secretary Steven Chu, conducted a detailed review of the recent history of the power industry and found that utilities will quickly adapt to changes brought about by the CPP.

The Electric Grid 2030Using recent industry trends as the foundation, the paper demonstrates how the power sector has adapted to change in the recent past. One key indicator in the final CPP is the Environmental Protection Agency’s (EPA) estimate that there will be a need to build at most 13.6 gigawatts (GW) of new natural gas plants in the next 10 years to meet the demand for electricity as coal plants phase out. The paper notes that, from 2000 to 2010, the country added the equivalent of 237 GW in new natural gas plants as power producers seized the opportunity to capitalize on the vast supply of cheap natural gas—showing that the natural gas industry is capable of building over 13 times the amount of power plants than the EPA estimates will be needed to maintain resource adequacy.

In a similar examination of the renewable sector, the paper finds that in 2014 alone, the country added nearly 7 GW of solar and 4.9 GW of wind electric-generation, making the EPA’s estimated target of 81 to 84 GW in those renewables by 2030 a feasible task.

Recent history serves to demonstrate how the energy industry can adapt to comply with the CPP without risking additional blackouts, but the paper also notes that, in the unlikely event of a reliability issue, the CPP has several backup plans to address any grid reliability threat.