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Berkeley Lab Building Efficiency Campaign Drives $95M in Annual Energy Savings

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BERKELEY, Calif., Oct. 20, 2020 /PRNewswire/ — One hundred and four U.S. companies, schools, governments, and institutions are taking their building energy savings to a new level with the Department of Energy’s Smart Energy Analytics Campaign, a four-year initiative funded through the Building Technologies Office and facilitated by Lawrence Berkeley National Laboratory (Berkeley Lab) to expand the use of energy management and information systems (EMIS) in commercial buildings.

The Smart Energy Analytics Campaign helped drive approximately 4 trillion BTUs of annual energy savings — enough to power more than 44,000 U.S. households for a year — reducing the campaign participants’ collective energy bills by $95 million a year. The research also enabled Berkeley Lab to create the world’s biggest collection of data on building energy analytics. This dataset represents the first real-world, large-scale body of evidence of EMIS’ value to commercial buildings.

“Buildings account for nearly 40% of the energy used in the United States, with a total bill well over $400 billion per year,” said scientist Jessica Granderson, Berkeley Lab’s research deputy of the Building Technology & Urban Systems Division and leader of Berkeley Lab’s efforts in the campaign. “Energy management and information systems are smart building analytics technologies that reveal hidden energy waste and provide predictive, optimized control. They are critical to achieving major reductions in energy use and to providing healthy, grid-interactive efficient building and energy performance transparency.”

Nationwide, if buildings throughout the commercial sector adopted EMIS best practices, the resulting savings in annual energy costs could total $4 billion. Campaign participants—including Sprint, Kaiser Permanente, and Stanford University—implemented or expanded existing EMIS programs during the campaign and saved millions of dollars.

The campaign, a public-private partnership with businesses and public-sector organizations, has supported cutting-edge analytics technology use in over 6,500 buildings totaling 567 million square feet of floor space. It allowed Berkeley Lab experts to offer technical assistance and provide industry partners with frequent opportunities for peer-to-peer interaction, including exchanging best practices.

“Industry partnerships are critical to Berkeley Lab’s buildings research. It has been tremendously rewarding to see our findings translated into real-world impacts,” said Granderson.

Berkeley Lab has a long history of research in making buildings more energy efficient, including innovations in windows and daylighting, advanced control systems and sensors, cool roofs, and simulation and benchmarking tools. Here are a few examples of how this Berkeley Lab-led campaign helped industry participants save energy and money by using smart energy analytics.

Median participants saved $3 million annually

Researchers found that average installation and software costs ranged from two to eight cents per square foot, depending on the type of EMIS system. The median participant saved approximately $3 million in annual energy costs across their portfolio. Investments in EMIS paid for themselves in approximately two years.

“It’s impractical for businesses to manually review the amount of data being collected in today’s commercial buildings – analytics are needed to get value from all that data. The savings from analytics tend to increase over time as additional opportunities are uncovered,” said Hannah Kramer, researcher with the team.

One participant, health care system Kaiser Permanente, expanded its use of fault detection and diagnostic software (FDD), a type of EMIS that uncovers errors in buildings systems such as heating, ventilation, and air conditioning, and points to solutions. In 2019, Kaiser Permanente was recognized for its use of EMIS at 69 buildings, demonstrating an average energy savings of 12%. It has since expanded the program to 113 buildings.

“As the first carbon-neutral health care system in the U.S., Kaiser Permanente is committed to energy efficiency and clean energy. And we know that the health of our climate is directly connected to the health of our members and communities,” said Ramé Hemstreet, vice president for operations with Kaiser Permanente’s National Facilities Services. “Participating in the Smart Energy Analytics Campaign helped us maximize our energy efficiency efforts, reducing our carbon footprint and cutting air pollution and greenhouse gas emissions.”

Smart Energy Analytics Campaign participants whose energy management efforts incorporated FDD saw a median 9% annual energy savings.

Specific examples help achieve carbon neutrality

Sprint, which has a goal of going carbon neutral by 2025, added fault detection and diagnostic software to the EMIS covering its headquarters campus in Kansas. Sprint’s EMIS system saved the company over $400,000 in energy bills and 4,787,000 kWh annually.

“Sprint’s EMIS can identify issues we didn’t previously know existed, so we can address them before they become a problem, saving money and providing better comfort for our associates,” said Sprint Enterprise Energy Manager Darrel Carter.

The Commonwealth of Kentucky implemented its Commonwealth Energy Management and Control System (CEMCS), an EMIS monitoring 1,145 buildings. A sampling of the buildings, which range from offices to college dormitories to hospitals and food-service facilities, revealed energy savings of 8%.

“If something goes wrong, we have the data to make the case to get it fixed and verify the result,” said Andrew Carter, CEMCS program manager.

Stanford University’s 315 housing and food-service operations were being serviced by 2,000 separate utility accounts. The university installed monitors and an EMIS to track utilities and identify opportunities to cut waste. That saved Stanford University Residential and Dining Enterprises $451,000 on its utility bills, including reducing the electric bill by 5% and the gas bill by 10%.

What’s next for smart energy analytics at DOE

Although the Smart Energy Analytics Campaign is concluding, its work will continue through DOE’s Better Buildings program, with ongoing support from the team of experts at Berkeley Lab. The Smart Energy Analytics Campaign is one of several successful Better Buildings Alliance technology drives, led by DOE’s national laboratories, that aim to accelerate adoption of efficient building technologies by providing technical assistance, resources, and guidance on best practices.

Other such initiatives include the Building Envelope and Integrated Lighting campaigns. In addition, DOE’s Federal Energy Management Program is planning for the Smart Energy Analytics Campaign to accelerate EMIS adoption in the government sector.

For more information about the Smart Energy Analytics Campaign, visit the Better Buildings website to read more Smart Energy Analytics Campaign success stories from all kinds of partners, from MGM Resorts to Emory University in Atlanta to the government of Washington, D.C.

###

Founded in 1931 on the belief that the biggest scientific challenges are best addressed by teams, Lawrence Berkeley National Laboratory and its scientists have been recognized with 14 Nobel Prizes. Today, Berkeley Lab researchers develop sustainable energy and environmental solutions, create useful new materials, advance the frontiers of computing, and probe the mysteries of life, matter, and the universe. Scientists from around the world rely on the Lab’s facilities for their own discovery science. Berkeley Lab is a multiprogram national laboratory, managed by the University of California for the U.S. Department of Energy’s Office of Science.

DOE’s Office of Science is the single largest supporter of basic research in the physical sciences in the United States, and is working to address some of the most pressing challenges of our time. For more information, please visit science.energy.gov.

Contact:
Carina Daniels
510-847-1617
[email protected]

SOURCE Lawrence Berkeley National Laboratory

Source: https://www.prnewswire.com:443/news-releases/berkeley-lab-building-efficiency-campaign-drives-95m-in-annual-energy-savings-301156371.html

Cleantech

The Renewable Energy Cows Come Home, Now With Green Ammonia

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Clean Power

Published on November 30th, 2020 | by Tina Casey

November 30th, 2020 by Tina Casey 


US farmers have been on the the front lines of the renewable energy revolution, and they are in the vanguard of yet another clean tech trend that could finally help the distributed wind industry get the attention it deserves. If all goes according to plan, farms across the country will sprout wind turbines attached to devices that spit out green ammonia for fertilizer and zero emission fuel.

Minnesota eyeballs renewable energy to make fertilizer and fuel from water and air, kicking natural gas and diesel off the farm (photo: US Department of Agriculture).

Renewable Energy & Green Ammonia

Distributed wind is a branch of the renewable energy field that usually gets overshadowed by the latest EV news or the biggest solar array or some such all. It refers to turbines that are used to generate electricity for on-site use, say at a factory or a farm. It also refers to turbines that feed directly into a local distribution system.

The turbines could be any size, but distributed wind is typically associated with smaller turbines, which is probably why the media spotlight rarely shines on it.

Nevertheless, the US Department of Energy is a big fan. They envision peppering the countryside with wind turbines that contribute to overall resiliency and security into the nation’s electricity supply, as part of a broader focus on renewable energy and distributed energy resources.

That brings us to the farmers. The problem is how to make a wind turbine or two worth the cost of installation. Green ammonia could provide the solution, by providing farmers with a value-added system that takes advantage of unused wind power at night or during other low-demand periods.

Green ammonia could also open up the wind turbine market to farmers with “stranded wind” assets, meaning they have plenty of wind but lack access to electricity transmission infrastructure. Ammonia can be transported by road, rail, or pipeline, so converting wind energy to green ammonia opens up new options.

The Rise Of The Green Ammonia-To-Table Farm, Eventually

Most of the world’s ammonia comes from fossil sources, so it is due for a green makeover anyways, regardless of the renewable energy angle. As applied to the distributed wind sector, the basic idea would be to deploy electricity from wind turbines to run a system that produces ammonia from water and air.

If that sounds a bit wacky, it would have just a few years ago, when the cost of renewable energy was still relatively high. Now that costs have come down, “splitting” hydrogen from water with electricity from wind and solar resources is becoming a thing, and extracting nitrogen from ambient air is already a thing. Add one nitrogen to three hydrogens and you get NH3, the formula for ammonia.

As for bottom line benefits, farmers who can deploy their own renewable energy resources to make their own fertilizer and fuel would get some relief from price spikes and uncertainty in the commodities market. That’s over and above the benefit of generating renewable electricity for use on site.

Green Ammonia & National Security

There being no such thing as a free lunch, there are a couple of wrinkles to smooth out before things get going.

One challenge involves tailoring an intermittent, variable renewable energy resource into a steady, reliable stream of electricity to power the green ammonia system.

The other challenge involves scaling down the system down to an appropriate size. Ammonia production involves a well known, proven technology called the Haber-Bosch process, but it is typically used in large-scale centralized facilities.

Easier said than done, but the payout could be huge. Our friends over at Farm Progress took a deep dive into the topic all the way back in 2011 through a research project and pilot plant under the University of Minnesota umbrella, and they noted that a domestic security issue is at work. With much of the nation’s fertilizer production moved overseas, the US food supply is all the more captive to global commodities markets.

Farm Progress also cited a 50% or more cut in greenhouse gas emissions related to growing corn in the Midwest under a locally produced green ammonia scenario, partly by removing natural gas from the ammonia supply chain and subbing in renewable energy.

Local ammonia production would also cut into greenhouse gas emissions related to transporting fertilizer over long distances.

In another interesting twist related to transportation, Farm Progress also noted that farmers in some regions have to compete with other users for access to freight rail for long distance shipping. Local ammonia production would relieve that bottleneck while providing long term supply chain security.

Thanks To The Deep State, Stranded Wind Energy Gets Unstranded

It’s been a long haul but the research is beginning to bear fruit. The University of Minnesota updated the project in February 2018 under the banner of helping farmers tap into their stranded wind assets. In addition to transportation and fertilizer production, the school focused on the use of green ammonia as a long-duration form of energy storage.

The UM project is part of the Energy Department’s ongoing REFUEL initiative, which aims specifically at deploying renewable energy to produce ammonia. That’s of interest from a political perspective, considering all the talk about “deep state” and what-not.

US President* Donald Trump has aligned himself with fossil fuel stakeholders, but throughout his term in office, the Energy Department has continued to promote green ammonia and other cutting edge technology that squeezes fossil resources out of the picture in favor of renewable energy.

There goes that pesky deep state again! Well, at least somebody is paying attention to global energy trends and working to ensure that the nation is not left mired in 20th century technology as the rest of the world pivots to a more sustainable economy, while also helping US farmers gain a new stream of revenue by tapping into renewable energy resources.

In its 2018 update, UM noted that the world’s leading engineering firms and ammonia producers, including Siemens, IHI Corporation, and Yara, were already dipping into the green ammonia economy. You can add CF Industries to the list, as the company recently announced a plan to add green ammonia system to its facility in Donaldson, Louisiana.

Renewable Energy & The Minnesota Connection

UM’s West Central Research and Outreach Center is actually overseeing a whole network of green ammonia research projects. One area is a whole-of-school effort focusing on technology, economics, and policy. Another is a boots-on-the-ground initiative aimed at deploying ammonia from the pilot plant to replace diesel fuel in tractors.

The school also won a 2018 REFUEL award that pairs it with the National Renewable Energy Lab in Colorado and the leading electrolyzer firm Proton OnSite, aimed at improvements in ammonia production technology.

The 2018 update also mentioned the possibility of using ammonia as fuel for grain dryers, which suck up a big slice of the agricultural energy pie.

“Grain drying is a major consumer of energy but is not one that matches well with current renewable energy technologies since high amounts of energy are required in a short duration of time,” UM observed.  “One possible answer may be in the form of ammonia.  The concept would allow for the use of ammonia seasonally as needed such as for fertilizer, transportation fuel, electrical energy generation, and then combusted in a grain dryer.”

It seems they have not let the grass grow under their feet. Last year the West Central Research and Outreach Center presented its vision for renewable energy and green ammonia at the 2019 Midwest Farm Energy Conference, taking note of new wind-friendly green ammonia technology that replaces a conventional condenser system with an absorption-based system (for those of you keeping score at home, that’s where the Proton OnSite connection comes in).

Aside from green ammonia, Minnesota is making quite a name for itself in the renewable energy field as it relates to sustainable farming. The state is also emerging as a leader in the fields of agrivoltaics and regenerative agriculture, with an eye on restoring soil in farmland that has been exhausted by generations of use.

Minnesota’s renewable energy profile is also benefiting from its network of rural electricity cooperatives, so stay tuned for more on that.

Follow me on Twitter.

*Developing story.

Photo: US Department of Agriculture. 
 


 


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Tags: ammonia, ARPA-E, CF Industries, distributed wind, DOE, Electricity, Energy, green ammonia, green hydrogen, Hydrogen, Proton OnSite, Renewable Energy, united states, university of minnesota, US, usda, WCROC


About the Author

Tina Casey specializes in military and corporate sustainability, advanced technology, emerging materials, biofuels, and water and wastewater issues. Tina’s articles are reposted frequently on Reuters, Scientific American, and many other sites. Views expressed are her own. Follow her on Twitter @TinaMCasey and Google+.



Source: https://cleantechnica.com/2020/11/30/the-renewable-energy-cows-come-home-now-with-green-ammonia/

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Zoomlion begeistert auf der bauma China 2020 mit intelligenten Baumaschinen der nächsten Generation und sichert sich Aufträge im Wert von über 3 Milliarden USD

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Zoomlion stellt auf der bauma China 2020 über 50 Sätze an Baumaschinen aus neun Produktreihen aus. Durch die Einführung neuer Produkte und Livestreaming-Veranstaltungen im Internet zur Interaktion mit globalen Kunden hat sich Zoomlion bis zum 26. November bei der bauma China Bestellungen in Höhe von insgesamt 20 Mrd. CNY (3,04 Mrd. USD) gesichert.

„Die Ausstellung präsentiert die High-End-Produkte der Generation 4.0 von Zoomlion und innovative Errungenschaften, die hinsichtlich der Intelligenz einen großen Schritt nach vorn darstellen”, so Guo Xuehong, Vice President von Zoomlion.

Mit hochwertigen, innovativen intelligenten Produkten an die Branchenspitze

Die Ausstellung von Zoomlion auf der bauma China 2020 bot einen Einblick in die Zukunft der Baumaschinen. So wurde beispielsweise eine intelligente Hebemaschine ohne Bedienungskabine, aber mit einem 5G-Fernbedienungszentrum präsentiert, das der Maschine „intelligentes” Berühren, Fühlen und Sehen ermöglicht.

Der ZTC-250NEV ist der weltweit erste elektrische LKW-Kran mit integrierter Bildverarbeitung, künstlicher Intelligenz und 5G-Kommunikation. Der kabinenlose Kran mit „Augen und Gehirn” erledigt intelligent gesteuerte Hebearbeiten per Knopfdruck.

Der Raupenkran ZCC18000 verfügt über die höchste Tonnage auf der gesamten Messe und hat eine hohe Hubleistung, die ihn zum perfekten Modell für das Heben von Windkraftanlagen an Land und an Offshore-Anlagen macht. Es ist mit der firmeneigenen No-Landing-Gegengewichtstechnologie von Zoomlion ausgestattet, die die Einsatzfläche um 60 % reduziert und eine branchenführende Hebeleistung bietet.

Zoomlion hat außerdem den ZT68J auf den Markt gebracht, eine selbstfahrende Arbeitsplattform mit geradem Arm, die mit ihrer Höhe von 67,5 Metern einen Weltrekord aufstellt und gleichzeitig eine bessere Leistung im Offroad-Betrieb und eine intelligente Steuerung garantiert.

Die Trockenmischanlagen des Unternehmens sind mit dem patentierten hochpräzisen automatischen Pulverdosiersystem Powerdos ausgestattet. Die intelligenten Funktionen wie Hohlausleger-Technologie, Kohlefaser-Betonrohr und Mensch-Maschine-Sprachinteraktion sowie ein intelligentes ETI-Steuerungssystem für Turmdrehkrane stießen bei den Besuchern der Messe ebenso wie dem weltweiten Online-Publikum auf große Begeisterung.

Während sich der globale Markt von den Auswirkungen der COVID-19-Krise erholt, setzt Zoomlion auf innovative Forschung und Entwicklung und freut sich auf die Zusammenarbeit mit allen Partnern. Der Aussteller veranstaltete einen 24-Stunden-Livestream in chinesischer und englischer Sprache, der es Kunden in aller Welt ermöglichte, an der bauma China 2020 teilzunehmen.

„Zoomlion hat seine Vision, die Errungenschaften der Branche zu teilen und die Branche mitzugestalten, nie geändert. Wir sind darauf vorbereitet, eine intelligente und perfekte Zukunft in Bezug auf umfassende Beratung, gemeinsame Beiträge und gemeinsamen Nutzen mitzugestalten”, erklärte Guo.

Informationen zu Zoomlion

Das 1992 gegründete Unternehmen Zoomlion Heavy Industry Science & Technology Co. (01157.HK) ist ein Unternehmen, das hochwertige Geräte herstellt und Maschinen, landwirtschaftliche Maschinen und Finanzdienstleistungen integriert. Das Unternehmen vertreibt heute mehr als 600 Spitzenprodukte aus 56 Produktlinien, die zehn wichtige Kategorien abdecken.

Foto – https://mma.prnewswire.com/media/1343696/image.jpg

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SOURCE Zoomlion

Source: https://www.prnewswire.com:443/news-releases/zoomlion-begeistert-auf-der-bauma-china-2020-mit-intelligenten-baumaschinen-der-nachsten-generation-und-sichert-sich-auftrage-im-wert-von-uber-3-milliarden-usd-819136293.html

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Zoomlion impressiona na Exposição bauma China 2020 com o lançamento de maquinários de construção inteligentes de última geração garantindo mais de US$ 3 bilhões em pedidos

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A Zoomlion está exibindo mais de 50 conjuntos de produtos de equipamentos de construção de nove linhas de produtos na bauma China 2020. Com novos lançamentos de produtos e eventos de transmissão ao vivo on-line para interagir com clientes globais, a Zoomlion fechou pedidos totalizando CNY 20 bilhões ( US$ 3,04 bilhões) na bauma China no dia 26 de novembro.

“A exposição destaca os produtos de ponta da geração 4.0 da Zoomlion e conquistas inovadoras que representam um salto qualitativo de inteligência,” disse o Sr. Guo Xuehong, vice-presidente da Zoomlion.

Assumindo a liderança no setor com produtos inteligentes inovadores e de última geração 

A exposição da Zoomlion na bauma China 2020 ofereceu um vislumbre do futuro dos maquinários de construção com uma demonstração de içamento inteligente sem a cabine de operação, mas com um centro de experiência de controle remoto 5G, a parte “inteligência” do equipamento tem a capacidade de tocar, sentir e ver.

O ZTC-250NEV é o primeiro caminhão guindaste elétrico do mundo que tem visão de máquina integrada, inteligência artificial e comunicação 5G. É um guindaste sem cabine, mas com “olhos e cérebro” para realizar tarefas de içamento inteligentes com o apertar de um botão.

O guindaste sobre esteiras ZCC18000 tem a tonelagem mais alta da feira, apresentando grande capacidade de içamento, o que o torna um modelo perfeito para içamento de energia eólica em terra e no mar. É equipado com a tecnologia de contrapeso de sobrecarga sem aterrissagem desenvolvida automaticamente pela Zoomlion, que reduz a área de operação em 60% e oferece o melhor desempenho de elevação do setor.

A Zoomlion também lançou a ZT68J, uma plataforma aérea automotora de braço reto que bate o recorde mundial de 67,5 metros de altura, garantindo melhor desempenho na operação fora da estrada e controle inteligente.

O equipamento de argamassa de mistura seca da empresa adota o sistema patenteado de dosagem automática de granulados com ultra-alta precisão patenteada Powerdos. As funções inteligentes, como tecnologia de lança oca, tubo de concreto de fibra de carbono e interação de voz homem-máquina e um sistema de controle inteligente ETI de guindaste de torre foram amplamente aclamados pelos visitantes da feira e pelo público mundial na transmissão ao vivo.

À medida que o mercado global se recupera dos impactos da COVID-19, a Zoomlion persiste com pesquisa e desenvolvimento inovadores e espera criar e compartilhar com todos os parceiros. O expositor apresentou uma transmissão ao vivo de 24 horas em chinês e inglês, permitindo que clientes em todo o mundo participassem da bauma China 2020.

“A Zoomlion nunca mudou sua visão de compartilhar as conquistas da indústria e co-construir a ecosfera do setor. Esperamos moldar um futuro inteligente e definitivo com base nos princípios de ampla consulta, contribuição conjunta e benefícios compartilhados,” disse o Sr. Guo.

Sobre a Zoomlion 

Fundada em 1992, a Zoomlion Heavy Industry Science & Technology Co., Ltd. (01157.HK) é uma empresa fabricante de equipamentos de última geração que integra maquinário de engenharia, maquinário agrícola e serviços financeiros. Atualmente, a empresa vende mais de 600 produtos de ponta de 56 linhas de produtos, cobrindo dez categorias importantes.

Foto – https://mma.prnewswire.com/media/1343794/image.jpg

FONTE Zoomlion

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SOURCE Zoomlion

Source: https://www.prnewswire.com:443/news-releases/zoomlion-impressiona-na-exposicao-bauma-china-2020-com-o-lancamento-de-maquinarios-de-construcao-inteligentes-de-ultima-geracao-garantindo-mais-de-us-3-bilhoes-em-pedidos-872461738.html

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Zoomlion cautiva en la exposición bauma China 2020 con el lanzamiento de maquinaria de construcción inteligente de próxima generación que asegura más de 3 mil millones de dólares en pedidos

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Zoomlion exhibirá más de 50 productos de equipos de construcción de nueve líneas de productos en bauma China 2020. A través de lanzamientos de nuevos productos y eventos de transmisión en vivo en línea interactuando con clientes globales, Zoomlion ha firmado pedidos por un total de 20 mil millones de yuanes chinos (3,04 mil millones de dólares) en bauma China a partir del 26 de noviembre.

“La exposición destaca los productos de alta gama de la generación 4.0 de Zoomlion y los logros innovadores que representan un salto cualitativo de inteligencia”, dijo el Sr. Guo Xuehong, vicepresidente de Zoomlion.

A la vanguardia en la industria con productos inteligentes innovadores de alta gama 

La exposición de Zoomlion en bauma China 2020 ofreció un vistazo al futuro de las maquinarias de construcción con una demostración de maquinaria de elevación inteligente sin cabina de operación, pero con un centro de experiencia de control remoto de 5G que le da a la parte “inteligente” del equipo la capacidad de tocar, sentir y ver.

El ZTC-250NEV es el primer camión grúa eléctrico del mundo que tiene visión artificial integrada, inteligencia artificial y comunicación de 5G, es una grúa sin cabina pero con “ojos y cerebro” para completar tareas de elevación inteligentes con solo presionar un botón.

La grúa sobre orugas ZCC18000 tiene el tonelaje más alto de la feria, con una gran capacidad de elevación que la convierte en el modelo perfecto para la elevación de energía eólica en tierra y mar. Está equipado con la tecnología de contrapeso de sobrecarga sin descanso desarrollada por Zoomlion que reduce el área de operación en un 60 % y ofrece un rendimiento de elevación líder en la industria.

Zoomlion también lanzó la ZT68J, una plataforma de trabajo aéreo autopropulsada de brazo recto que establece un récord mundial de 67,5 metros de altura, al tiempo que garantiza un mejor rendimiento en operaciones todoterreno y un control inteligente.

El equipo de mezcla de mortero seco de la compañía ha adoptado el sistema patentado de dosificación automática de polvo de ultra alta precisión Powerdos. Las funciones inteligentes, como la tecnología de brazo hueco, el tubo de hormigón de fibra de carbono y la interacción de voz hombre-máquina y un sistema de control inteligente de grúa torre ETI fueron ampliamente aclamados por los visitantes a la feria así como por la audiencia global de la transmisión en vivo.

A medida que el mercado global se recupera de los impactos de la COVID-19, Zoomlion persiste con la investigación y desarrollo innovadores que espera crear y compartir con todos los socios. El expositor organizó una transmisión en vivo de 24 horas en chino e inglés que permitió a los clientes globales participar en bauma China 2020.

“Zoomlion nunca ha cambiado su visión de compartir los logros de la industria y coconstruir la ecosfera de la industria. Esperamos dar forma a un futuro inteligente y definitivo en los principios de amplia consulta, contribución conjunta y beneficios compartidos”, dijo el Sr. Guo.

Acerca de Zoomlion 

Zoomlion Heavy Industry Science & Technology Co., Ltd. (01157.HK), fundada en 1992, es una empresa de fabricación de equipos de alta gama que integra maquinaria para ingeniería, maquinaria agrícola y servicios financieros. En la actualidad, la empresa comercializa más de 600 productos de última tecnología, organizados en 56 líneas que abarcan diez importantes categorías.

Foto – https://mma.prnewswire.com/media/1343795/image.jpg

FUENTE Zoomlion

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www.zoomlion.com

SOURCE Zoomlion

Source: https://www.prnewswire.com:443/news-releases/zoomlion-cautiva-en-la-exposicion-bauma-china-2020-con-el-lanzamiento-de-maquinaria-de-construccion-inteligente-de-proxima-generacion-que-asegura-mas-de-3-mil-millones-de-dolares-en-pedidos-800653658.html

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OKEx Announces Support for Spark (FLR) Airdrop as XRP Holders Prepare for Token Distribution

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Stockholm-based Voi Technology lands more than €132 million to boost its geographic and fleet expansion

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Nordigen launches first-ever free open banking platform to challenge Tink and Plaid

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Ontic acquires instruments product line from Flightline Electronics

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NYDIG raises $100 million from a single investor for its new crypto fund

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FAA Issues First Boeing 737 MAX Airworthiness Certificate Since 2019

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SushiSwap (SUSHI) Token Price Surges Over 15% After Merger with Yearn.finance

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