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Windpower - USA

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Siemens Gamesa Reinforces Partnership with MidAmerican

Siemens Gamesa has been selected by MidAmerican Energy Company for the Southern Hills Expansion wind power project, which will feature 21 SG 4.5-145 wind turbines, operating at 4.8 MW, and will be located in Iowa. This project also features the company’s premier service and maintenance agreement for three and a half years. This turbine model, a benchmark solution for sites with medium winds, has been designed to offer a flexible rating ranging from 4.2 to 4.8 MW, increasing its adaptability to be configured for optimal performance in each individual project, achieving maximum returns.

Mr José Antonio Miranda, CEO of Onshore Americas at Siemens Gamesa Renewable Energy said that “We are once again proud to have been awarded a project by MidAmerican Energy Company, strengthening our long-standing relationship with them. We have had great success with the SG 4.5-145 wind turbine, with over 1.4 GW sold in the US, Canada and Mexico, and are excited to continue growing that number.”

Source : Strategic Research Institute
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US ITC Votes to Continue Probe on Wind Towers Imports from Canada, Indonesia, Korea & Vietnam

The United States International Trade Commission determined that there is a reasonable indication that a US industry is materially injured by reason of imports of utility scale wind towers from Canada, Indonesia, Korea, and Vietnam that are allegedly sold in the United States at less than fair value and subsidized by the governments of Canada, Indonesia, and Vietnam. Chairman Mr David S Johanson and Commissioners Rhonda K. Schmidtlein and Jason E. Kearns voted in the affirmative. Commissioners Irving A. Williamson and Meredith M. Broadbent did not participate in these votes. As a result of the Commission’s affirmative determinations, the US Department of Commerce will continue with its antidumping and countervailing duty investigations concerning imports of this product from Canada, Indonesia, Korea, and Vietnam, with its preliminary countervailing duty determinations due on or about October 2, 2019, and its preliminary antidumping duty determinations due on or about December 16, 2019.

The Commission’s public report Utility Scale Wind Towers from Canada, Indonesia, Korea, and Vietnam (Inv. Nos. 701-TA-627-629 and 731-TA-1458-1461 (Preliminary), USITC Publication 4952, August 2019) will contain the views of the Commission and information developed during the investigations.

Status of Proceedings:
1. Type of investigations: Preliminary countervailing duty and antidumping investigations.
2. Petitioners: Arcosa Wind Towers Inc., Dallas, TX; and Broadwind Towers Inc., Manitowoc, WI.
3. USITC Institution Date: Tuesday, July 9, 2019.
4. USITC Conference Date: Tuesday, July 30, 2019.
5. USITC Vote Date: Thursday, August 22, 2019.
6. USITC Notification to Commerce Date: Friday, August 23, 2019.

US Industry in 2018:
1. Number of U.S. producers: 6.
2. Locations of producers’ plants: Colorado, Illinois, Iowa, Michigan, North Dakota, Oklahoma, South Dakota, Texas, and Wisconsin.
3. Production and related workers: 2,155.
4. U.S. producers’ U.S. shipments: USD 868 million.
5. Apparent U.S. consumption: [1]
6. Ratio of subject imports to apparent US consumption: 1

U.S. Imports in 2018:
1. Subject imports: USD 249 million.
2. Nonsubject imports: 1
3. Leading import sources: Canada, Indonesia, Korea, and Vietnam.

Source : Strategic Research Institute
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Mayflower Wind Offers Low-Cos & Local Manufacturing Options to Massachusetts

Mayflower Wind Energy LLC a joint venture of Shell New Energies US LLC provided the public version of its bids into the Commonwealth of Massachusetts’ second round of the Section 83C offshore wind development procurement process. Mayflower Wind submitted three 800 MW proposals as well as a 400 MW proposal to the Massachusetts electric utilities. Mr John Hartnett, President of Mayflower Wind said that “We are very excited to submit these proposals to provide the utilities implementing the Commonwealth’s offshore wind policy with a range of options. The Low Price Energy proposal includes strong support for research, workforce training and economic development. Our Infrastructure and Innovation proposal adds significant strategic investments in port infrastructure and technology to the South Coast, boosting the fledgling offshore wind industry and the economy of the Commonwealth. Finally, our Massachusetts Manufacturing proposal would further accelerate the process of Massachusetts assuming a leadership role in offshore wind by including a major new manufacturing facility that would serve both domestic and foreign offshore wind markets.”

In the months since Mayflower Wind acquired a Federal offshore wind lease, it has engaged with the fishing industry, local communities, tribal representatives and local governments on the South Coast and Cape Cod, completed conceptual design of an entire offshore wind farm, filed for initial permits with the federal regulatory agency and begun the process of pre-construction surveys.

Source : Strategic Research Institute
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Mayflower Wind Offers Low-Cost Wind Power

Mayflower Wind Energy LLC a joint venture of Shell New Energies US LLC and EDPR Offshore North America LLC provided the public version of its bids into the Commonwealth of Massachusetts’ second round of the Section 83C offshore wind development procurement process. Mayflower Wind submitted three 800 MW proposals as well as a 400 MW proposal to the Massachusetts electric utilities. Mr John Hartnett, President of Mayflower Wind said that “We are very excited to submit these proposals to provide the utilities implementing the Commonwealth’s offshore wind policy with a range of options. The Low Price Energy proposal includes strong support for research, workforce training and economic development. Our Infrastructure and Innovation proposal adds significant strategic investments in port infrastructure and technology to the South Coast, boosting the fledgling offshore wind industry and the economy of the Commonwealth. Finally, our Massachusetts Manufacturing proposal would further accelerate the process of Massachusetts assuming a leadership role in offshore wind by including a major new manufacturing facility that would serve both domestic and foreign offshore wind markets.”

In the months since Mayflower Wind acquired a Federal offshore wind lease, it has engaged with the fishing industry, local communities, tribal representatives and local governments on the South Coast and Cape Cod, completed conceptual design of an entire offshore wind farm, filed for initial permits with the federal regulatory agency and begun the process of pre-construction surveys.

Source : Strategic Research Institute
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GES Will Install A 90MW Wind Farm in Mexico

GES has been awarded the installation of turbines for a 90MW wind farm in the region of the Yucatan Peninsula (Mexico) by the top 5 worldwide turbine manufacturer Envision Energy. The project consists of a total of 36 machines of 2.5MW and a 120 meter high tower. The installation works include both labor and cranes and will be developed in two parallel lines of work that will employ about 50 people simultaneously. The planned completion period is five months. This is the second time that Envision has entrusted GES with the turbine installation of its projects in the country. The great work carried out by GES in the Dzilam project has been decisive in the awarding of this second project.

In words of the Director of the Installation Business Unit of GES, Alberto de Alfonso "This is the recognition of the successful work done by the Business Unit of GES in Mexico, an experienced team able to earn the trust of the customer every day".

With these new 90MW, GES far exceeds the 2.5 GW installed in Mexico. In 2018 alone, GES added 470 MW to its installation activity in the country, a record number that supports its position as a reference in a market in which the company works side by side with the main actors of the sector, contributing with the knowledge acquired along more than ten years of continuous activity in the country.

Source : Strategic Research Institute
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Orsted to Build Wind Farm in Nebraska

Orsted’s US onshore company, Lincoln Clean Energy a leading developer of US renewables, issued the Final Notice to Proceed on its Plum Creek wind facility in Wayne County, Nebraska. The milestone follows Ørsted Board approval of the final investment decision. The 230MW wind farm is expected to be operational in 2020 and will generate enough energy to power up to 100,000 homes annually. Upon issuance, LCE now has 670MW of wind facilities under construction across three states, Texas, Nebraska and South Dakota.

LCE has entered into long-term power purchase agreements for the facility’s power with The J.M. Smucker Company, Vail Resorts and Avery Dennison Corporation.

Mr Declan Flanagan CEO of LCE said that “We’re happy to announce that the Plum Creek facility has reached this important milestone that keeps us on target to achieve commercial operation by 2020. Plum Creek is an excellent addition to the growing LCE portfolio and expands our geographic footprint in the attractive Southwest Power Pool market, which serves the central United States.”

Source : Strategic Research Institute
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Pattern Development Begins Operations at Grady Wind Power Facility in New Mexico

Pattern Energy Group 2 LP announced it has completed construction and begun operations at its 220 MW Grady Wind facility located in Curry County, New Mexico. This is the third and final phase of a 544 MW suite of wind projects, which now represent the largest investment in clean power in the history of New Mexico. The construction phase of Grady Wind created hundreds of jobs for New Mexicans and it is now delivering additional economic benefits including land lease payments to local landowners and tax revenue for the host communities of eastern New Mexico. The facility employs approximately 20 full-time personnel for ongoing maintenance and operations.

Grady Wind is utilizing a total of 84 Siemens Gamesa 2.625 MW wind turbines with 120-meter rotors. During each year of operations, the 220 MW facility will generate energy equal to the needs of nearly 90,000 homes. Grady Wind has a 25-year Power Purchase Agreement for 100% of the energy produced, and it will deliver wind power across the Western Interconnect transmission line that was also developed and successfully placed into service in 2017 by Pattern Development.

Mr Mike Garland, CEO of Pattern Development said that "The successful completion of Grady Wind represents an important step in New Mexico's evolution as a major renewable energy producer. As the leading wind developer and operator in New Mexico, we are proud to be helping position New Mexico as a wind energy leader. We also plan to ramp up construction in early 2020 on more than 800 MW of new wind facilities in central New Mexico, creating hundreds of new construction jobs and generating billions of dollars in economic impact. As wind and solar energy development grow throughout the state, New Mexicans will reap the economic benefits."

Source : Strategic Research Institute
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GE Renewable Energy to power CIP’s Monegros onshore wind portfolio in Aragon

GE Renewable Energy announced an agreement with Copenhagen Infrastructure Partners to provide its technology and services capabilities to power the Monegros onshore wind portfolio in Aragon. The project, which consists of nine wind farms distributed within two clusters, is the first between the two companies and will benefit from GE Renewable Energy’s local capabilities in operations, manufacturing, services and digital monitoring. The first phase, totaling 113 MW will be powered by 30 GE 3 MW onshore wind turbines, with a hub height of 85 meters and a rotor diameter of 130 meters. The 60 GE 3.8 and 3.4 turbines will be produced at GE’s Renewable Energy site in Salzbergen, Germany; while the blades will be manufactured in Spain at GE’s LM Wind Power sites in Castellon and Ponferrada.

Mr Peter Wells, Onshore Wind CEO for Europe and SSA at GE Renewable Energy said that “we are thrilled to be working with CIP on our first project together and to install some of GE’s most powerful wind technology at Monegros. Spain continues to be a fundamental hub for innovation and growth for GE Renewable Energy, and our extensive local capabilities will allow us to continue powering Aragon and Spain with reliable clean energy for many years to come.”

Mr Christian Skakkebæk Senior Partner at CIP said that “With the acquisition of the Monegros portfolio, we are very excited to announce our entry to the Spanish onshore wind market. The close cooperation with GE Renewable Energy has been a key element in this achievement and we look forward to a productive partnership, which will deliver reliable, low cost and clean wind energy to the Spanish consumers.”

Source : Strategic Research Institute
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Nextera Energy Revamping Cerro Gordo Wind Farm

NextEra Energy plans to replace the 55 turbines currently in the wind farm with 15 new ones. The project manager says technology has improved a lot over the years, and that the 15 new turbines will generate as much power as the 55 old turbines. The project will cost about USD 50 million. Construction will begin in February of 2020 and should wrap up in July of that year.

Source : Strategic Research Institute
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Bureau Veritas Inks Partnership with Cornis for Wind Turbines Inspection

Bureau Veritas has signed a co operation agreement with Cornis, an experienced provider of wind turbine blade inspections and artificial intelligence solutions. Through this partnership, Bureau Veritas will offer Advanced Blade Inspection services based on in-situ data collection and digital processing of images to wind farm owners and operators.

ABI uses HD cameras to scan the external surface of a blade, while an automated AI tool recognizes and measures defects on the blade surface using a database of more than 30,000 blades the largest in the industry. The type and severity of any defects are presented on a smart web-based platform.

Source : Strategic Research Institute
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Orsted Selects Oyster Creek for Onshore Component of its Wind Farm

Danish power company Ocean Wind LLC, which owns Orsted, has decided to bring offshore wind power to the shut down Oyster Creek nuclear plant in Forked River, Lacey Township. Orsted won approval from the state Board of Public Utilities to build a 1,100 megawatt, USD 1.6 billion offshore wind facility close to 15 miles away from the coast of Atlantic City. The wind farm has both an offshore and an onshore component. Orsted was choosing among Atlantic City, Ocean City and Ocean County as the location for the substation on land.

In June, Ocean Wind LLC proposed to mitigate the costs of transmission system upgrades through the use of capacity interconnection rights. Last Wednesday, the Board of Public Utilities said Ocean Wind’s procurement of the Oyster Creek capacity interconnection rights is in the best interest of the state’s ratepayers.

The 1,100-megawatt offshore wind project is expected to power roughly 500,000 homes in the state and generate USD 1.17 billion in economic benefits in addition to creating an estimated 15,000 jobs over the project’s life. Construction is planned to start in the early 2020s, with the wind farm operational in 2024.

Source : Strategic Research Institute
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Sprint & Duke Energy Inks Agreement on 182 MW Wind Power Project in Texas

Sprint and Duke Energy Renewables a commercial business unit of Duke Energy announced a 12 year virtual power purchase agreement for 173.3 MW of new wind energy. Duke Energy Renewables will build, own and operate the 182-MW Maryneal Windpower project located in Nolan County, Texas, that will come online in 2020. The agreement will enable Sprint to significantly reduce its carbon footprint and achieve approximately 30% renewable energy for its total electricity portfolio. The project will provide enough renewable energy to power the equivalent of more than 54,000 US homes and will reduce carbon emissions equivalent to removing more than 96,000 cars from the road annually.

The Maryneal project increases Duke Energy Renewables’ US wind capacity to more than 3,000 MW. Full notice to proceed with construction will begin in early 2020 and the wind project will be fully operational by December 2020. During peak construction, the project will create approximately 200 jobs.

Nordex Acciona will supply 38 4.8 MW wind turbines for the site. Wanzek Construction is the contractor for the project.

Source : Strategic Research Institute
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Dominion Energy Announces Offshore Wind Project in US

Dominion Energy is proposing the largest offshore wind development in the country to provide more renewable energy to its customers in the Commonwealth and provide a boost to the offshore wind industry on the East Coast. The company filed an application with PJM, the regional transmission organization that coordinates the electrical grid in all or parts of 13 states and the District of Columbia, to interconnect the proposed turbines to the transmission grid. Dominion Energy's filing is a vital first step to move forward in developing Virginia's full offshore wind potential. The company looks forward to working with the Northam Administration and other partners on next steps in public policy needed to realize both the clean energy and economic potential of offshore wind.

If approved, the project would be located in the 112,800 acres Dominion Energy currently is leasing from the Bureau of Ocean Energy Management 27 miles off the coast of Virginia Beach. Following the key filing with PJM, ocean survey work is expected to begin in 2020 and a Construction and Operations Plan will be submitted in 2022.

Building on an expected successful deployment of the Coastal Virginia Offshore Wind (CVOW) project in 2020, Dominion Energy plans to move forward with its commercial offshore wind project in three phases, each totaling 880 megawatts. The first phase of the buildout will support initial generation of wind energy by 2024. Additional phases will come online in 2025 and 2026, totaling more than 2,600 megawatts of energy, enough to power 650,000 homes during peak wind.

Mr Mark D Mitchell, vice president of generation construction said that "Offshore wind is an excellent renewable energy source and this filing with PJM shows how serious we are about bringing commercial-scale offshore wind to Virginia, giving our customers what they have asked for more renewable energy. Governor Ralph Northam has made it clear Virginia is committed to leading the way in offshore wind. We are rising to this challenge with this 2,600-megawatt commercial offshore wind development."

Source : Strategic Research Institute
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BlackRock Real Sells Stake in Iowa Wind Projects to Greenbacker

BlackRock Real Assets Global Renewable Power platform has reached an agreement with Greenbacker Renewable Energy Company for the sale of its controlling interest in the 42.5 MW Elk and 37.5 MW Bethel operating wind energy facilities in Iowa. The transaction marks another exit for the GRP platform and is its second bilateral transaction with Greenbacker this year. Acquired in 2015 by a fund managed by BlackRock’s Global Renewable Power team, Elk and Hawkeye are high quality onshore wind projects that benefit from stable cash flows through a long-term offtake contract with Central Iowa Power Cooperative, an A-rated (S&P and Fitch1) cooperative energy provider serving 300,000 residents and more than 13,000 commercial and industrial accounts in Iowa. This transaction follows the sale of the Community Wind South project in Minnesota earlier this year, another long-term contracted renewable asset in the Midwest power market.

Mr David Giordano, Global Head of Renewable Power at BlackRock said that “Our second transaction with Greenbacker demonstrates our commitment to delivering value for our clients and to building strong, lasting, relationships with partners in our industry. As one of the early movers in the renewables investment sector, BlackRock is well positioned to source attractive projects that allow our clients to invest capital in the transition towards low carbon energy. The growing demand for clean renewable power, along with the need to replace aging power generation infrastructure in developed markets, presents significant opportunities for investors.”

Mr Charles Wheeler, CEO of Greenbacker said that “Greenbacker is thrilled to acquire the Elk and Hawkeye projects in Iowa. Combined with our earlier acquisition of the Community Wind South project in Minnesota, we are adding 110 MWs of high-quality wind assets with a strong operational track record and long-dated investment grade offtake contracts that will provide attractive and stable cash flows to our investors for many years to come. We are pleased to have expanded our relationship with BlackRock and excited to have become a partner to the State of Iowa with this investment.”

Source : Strategic Research Institute
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Wind & Solar Power to Overtake Hydroelectric Plants in Brazil

The expansion of wind energy and photovoltaic solar power plants in Brazil is about to overtake hydroelectric plants as the main energy matrix in the country. According to the Ten-Year Energy Plan, which sets the guidelines for the expansion of the electricity sector in the country until 2027, hydroelectric plants, which in 2018 represented 64% of the Brazilian energy matrix, will go on to answer for only 51% in the period, while alternative sources, mainly wind power and solar, should jump from the current 22% to 28%. In the 1980s and 1990s, hydroelectric plants accounted for about 80% of the Brazilian energy matrix. If before the energy needed water in the reservoirs, now it depends on the wind and the sun, which have great oscillations during the day.

Due to this, the National Electric System Operator, the body that manages the activation of the generation plants and the use of the transmission lines to guarantee the electricity supply in the country, has designed an application that uses the data of wind forecasts provided by specialized institutions to project the generation of wind power plants.

In addition, the ONS is finalizing another application to have the forecast on the production in the solar parks, increasingly present in the country, and which must become operational within two years.

ONS Director General Luiz Eduardo Barata said that “There is an increase in volatility. It is a huge change in relation to the past, when the energy matrix was basically hydrothermal.” According to Barata, with the two applications, “we will know in advance more or less what actions have to be taken in the system, in order to compensate for the variation of wind and solar generation.”

Brazil could be considered privileged because it is fortunate to have a lot of sun and wind in its territory, which makes it easier than in other countries to develop an energy matrix with renewable sources.

Source : Strategic Research Institute
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Quinbrook Closes Financing on Scout’s Heart of Texas Wind Farm

Quinbrook Infrastructure Partners announced that its portfolio company, Scout Clean Energy LLC, closed construction financing and tax equity commitments on the 180 MW Heart of Texas Wind Farm located in McCulloch County in Texas. Mr David Scaysbrook, co-founder and Managing Partner of Quinbrook, said “Heart of Texas is Scout’s third successful wind project closing in under two years, which is quite an achievement. Our respective teams overcame many obstacles and development challenges along the journey to get this project into construction. As ever, our lead project partners GE, BHE, KeyBank and Allianz, who also supported Scout’s successful closing of the 300MW Ranchero wind project, have delivered yet again for us, which is greatly appreciated.”

The Heart of Texas wind project, expected to be operational by April 2020, has been developed through the final stages of permitting, equipment procurement, offtake negotiation and both debt and tax equity financing by the Scout and Quinbrook teams. Heart of Texas will utilize 64 of the latest-generation GE 2MW wind turbines and has secured a Proxy Generation Swap with Allianz Global & Specialty Inc’s Alternative Risk Transfer unit, in partnership with Nephila Climate. REsurety provided the risk analytics supporting the PGS transaction. Construction financing of USD 255 million, including letters of credit, is being provided by a lender consortium that includes KeyBank, Rabo Bank and Co-Bank. GE Energy Financial Services led the underwriting of tax equity financing.

Source : Strategic Research Institute
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Vestas Bags 168 MW Wind Park Order in Mexico

Vestas has secured a 168 MW order for a wind park in Mexico. The order derives from a corporate power purchase agreement and includes the supply and installation of 42 wind turbines of the 4 MW platform with V150 rotors. The order also includes an Active Output Management 5000 (AOM 5000) service agreement for the operation and maintenance of the wind park over the next five years. The 73-metre long blades of the Vestas 150m rotors will be locally manufactured in the TPI Composites factory in Matamoros, which provides Vestas with blades for the increasing number of V136 and V150 orders that the company is receiving in Mexico and Latin America. The turbine towers will also be produced by local suppliers. Agustin Sanchez-Tembleque, General Manager of Vestas Mexico, said “This order showcases how Vestas’ technology can meet the increasing demand of private Mexican companies for clean, reliable and competitive energy.”

Vestas pioneered the Mexican wind energy market when it installed the first commercial wind turbine in 1994. Since then, Vestas has accumulated over 2.3 GW of installed capacity or under construction in the country.

Source : Strategic Research Institute
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Most Wind Capacity in US is Designed for Medium Wind Speed Environment - EIA

Most wind turbines in the United States were designed for medium wind environments, according to data collected in the US Energy Information Administration’s Annual Electric Generator Report. Wind design classes, as defined by the International Electrotechnical Commission, range from Class 1 (high wind) to Class 4 (very low wind). Many of the earliest wind projects in the United States were constructed in California using Class 1 turbines. These earlier projects required high wind speeds to generate sufficient wind-powered electricity to offset relatively high installation costs. Technological improvements in wind technology, such as longer blades and higher tower heights, have allowed installation in areas with lower wind resources where it might not have been economically feasible previously.

The IEC defines wind design classes based on the average wind speed, 50 year extreme gust, and turbulence. Wind speeds are measured at the height of the hub, or the center of the circle swept by the turbine blades. Wind speeds generally increase with height, so taller turbines can usually access better wind resources than shorter turbines at the same site.

Class 1 turbines are designed for average wind speeds of 10 meters per second (m/s), or about 22.4 miles per hour (mph), and extreme wind gusts of 156 mph. Class 4 turbines are designed for very low speeds, averaging 6 m/s (13.4 mph), and gusts of 94 mph. Classes 1 through 3 are further divided based on turbulence, or how much the wind typically varies within a 10-minute period.

As of the end of 2018, the United States had a total installed wind generating capacity of 94 gigawatts. Four states Texas, Oklahoma, Iowa, and Kansas accounted for more than half of the electricity generation from wind turbines in 2018. California has more wind capacity than Kansas and more turbines than Kansas and Oklahoma combined but generates less electricity from wind than those states because California’s wind turbines tend to be older and shorter.

Texas has more than one-quarter of the country’s wind capacity, and 80% of Texas’s turbines are in either Class 1 or Class 2 environments. By comparison, only 30% of Iowa’s turbines are in Class 1 or Class 2 environments.

Source : Strategic Research Institute
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E.ON to Build Boiling Springs Wind Farm in US

EON has announced the construction of a new wind farm in the USA. With the 150-megawatt-project Boiling Springs, E.ON starts its first wind project in Oklahoma. The Honda automotive group has secured all its energy from Boiling Springs under an electricity supply contract. Honda will purchase the renewable energy for car production at the US plants in Ohio and Alabama. Construction of the 150-megawatt-project will begin in early 2020 and be completed by the end of the year. Boiling Springs is part of more than one gigawatt of renewable wind and solar energy projects E.ON will deliver to the grid by the end of 2020.

Source : Strategic Research Institute
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Copel Switches 180 MW Wind Complex in Rio Grande do Norte

Brazilian power utility Copel has switched the last three units of the 180.6-MW Cutia wind power complex in Rio Grande do Norte state. Located in the municipalities of Sao Bento do Norte and Pedra Grande, the complex consists of seven wind parks made up of 86 wind turbines in total. Recently, Copel concluded works on the 132.3-MW Bento Miguel wind complex as well. Together, these plants required a total investment of BRL 2.1 billion (USD 502m/EUR 457m). With 149 wind turbines in total, they can produce enough power to meet the demand of more than 800,000 people.

In addition to Cutia and Bento Miguel, Copel operates the 183.6-MW Brisa Potiguar and the 94-MW Sao Bento wind complexes in its portfolio. The firm also has a 49% stake in the 108-MW Sao Miguel do Gostoso I facility.

Source : Strategic Research Institute
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