In sealing a deal Jan. 18 with a group of wind energy partners in China, AMSOIL owner, president and CEO Alan Amatuzio gave his partners UMD hockey sweaters graced with culturally lucky numbers.
The wind industry is changing and growing quickly. There are now more than 89,077 MW of wind energy installed across 41 states. To keep up with clean-energy demands, wind turbines have had to become more powerful and reliable. This means wind turbines are expected to run more efficiently and for longer periods with less maintenance — and that means every component must operate flawlessly.
Cooling systems of all types are often poorly maintained, incorrectly serviced, or completely ignored. There is certainly room for improvement in this area in industrial applications, and the wind energy industry is no exception. These problems are likely due to issues within cooling systems that occur over a long period of time, enabling poor maintenance because the harm that’s caused is not immediate. However, to help put it in perspective, up to 40 percent of engine failures have been attributed to cooling system problems. Cooling system issues contribute to frustrations within the wind industry, too. Wind farm owners and operators are looking deeper into the increased numbers of insulated gate bipolar transistor (IGBT) failures within their converter’s electrical system. The good news is that there are ways to prevent cooling system-related problems.
What criteria should be considered when selecting lubricants for wind turbines?
Oil and other lubricants play important roles in keeping today's wind turbines running reliably and efficiently. Because of the extreme conditions most turbines face and number of different parts that require lubrication, there is no specified set of criteria for choosing the right product, which makes careful section essential.
AMSOIL Receives Wind Turbine Gear Oil Approval From General Electric and Winergy
AMSOIL, the leader in synthetic lubricant technology, is bringing its extensive technical knowledge to the wind turbine market. AMSOIL Synthetic Power Transmission EP Gear Oil ISO 320 has been granted second fill approval by General Electric Company for use in GE wind turbines during warranty, and Winergy gear oil approval.
Promoting Wind Turbine Efficiency
Wind turbine gearboxes represent one of the most challenging lubricant applications in the industrial world. AMSOIL INC., a leader in synthetic lubricant technology, engineered and manufactured a premium gear lube that meets these challenges.
Excessive Water In Gear Oil Shortens Bearing Life
The additives in wind turbine gear oils can be very different for each manufacturer. Even the same manufacturer may use different additives for specific gear oils. Some of these additives absorb more water than others and may cause excessive gearbox wear1, 2, 3. Excess water in wind turbine gear oil is associated with many negative effects.
Community - AMSOIL Synthetic Lubricants
Though the company was founded in 1972, the story of AMSOIL INC. begins in the mid-1960's, when Lt. Col. A.J. "Al" Amatuzio, a jet fighter squadron commander, was impressed by the superb performance of synthetic lubricants in jet engines and began considering their possible automotive applications. In 1972, after an intense period of research and development, Amatuzio introduced the first synthetic motor oil to exceed API automobile service requirements.
In a public signing ceremony, global wind industry leaders Envision Energy, NGC, CLCP and AMSOIL officially became strategic partners in the world’s largest renewable energy market. The China Wind Energy Association and other guests gathered in Beijing to witness the wind energy leaders signing the “Powering the World’s Renewable Future” agreement.
Following years of committed partnership, field testing, and data-backed results with worldwide customers, AMSOIL has been selected by ZF Wind Power for gearbox lubrication during end-of-line testing at all of its manufacturing locations, including Lommel, Belgium; Witten, Germany; Tianjin, China; Coimbatore, India; and its service facility in Vernon Hills, U.S.
In its eighth edition, Mexico WindPower 2019 consolidates its position as Mexico’s most important Congress and Exhibition event in the wind power sector. It is the only event organized by the Global Wind Energy Council (GWEC) and the Mexican Wind Energy Association (AMDEE), together with E. J. Krause Tarsus of Mexico.
This April, more than 7,000 delegates will gather in Bilbao for Europe’s leading wind energy event.
They will join nearly 300 conference speakers – including the Spanish and Portuguese Ministers for Energy – to learn, network and shape the vision for Europe’s future.
The WindEurope 2019 Conference & Exhibition takes place in advance of the European elections, with wind energy now set to become the EU’s largest power source well before 2030. This is the perfect opportunity to showcase the benefits wind energy brings to people and to shape a united vision for a cleaner, greener Europe.
This event provides a unique meeting place for wind asset owners and the supply chain to share cutting edge insights into achieving wind O&M excellence. This is achieved through an agenda put together by 120 hours of independent research talking to the industry to understand your challenges and opportunities and then hand-picking experts to address them. Experience the best business-to-business networking in the industry where you will meet 700 senior wind decision makers.
May 20-23, 2019 - Houston, TX
2018 has been a historic year as wind power surpassed 90,000 MW installed and the AWEA WINDPOWER Conference grew 10% making it the largest show in 5 years. The wind industry’s powerful growth is poised to continue in 2019, with more than 37,700 MW of wind capacity under construction or in advanced development.
The wind industry was founded by visionaries and continues to embody an innovative and entrepreneurial spirit. And the industry has always recognized the value of working together with partners that help drive our agenda forward. As we move toward the 2020s, wind energy will continue to thrive through collaboration with technology, other sources of clean and traditional energy, policy makers, innovators, farmers and ranchers, rural communities, big cities, and the list goes on.