• On January 7, 1943, Nikola Tesla died alone in Room 3327 of the Hotel New Yorker. He was 86 years old. A maid found him two days later after he had left a “do not disturb” sign on his door. The official cause was coronary thrombosis. But the deeper truth was quieter — years of isolation, poverty, and a world that had moved on without the man who helped power it.

    This was the inventor of alternating current, the system that still runs through our homes today. He pioneered wireless transmission, radio technology, and electric motors. He held hundreds of patents and imagined ideas — like wireless communication and renewable energy — long before they became reality. Yet by the end of his life, he was nearly penniless.

    In his final years, Tesla lived simply. He survived mostly on milk, bread, honey, and vegetable juice. Every day he walked to nearby parks to feed pigeons, especially one white pigeon he loved deeply. He once said he loved her as a man loves a woman. When she died, something in him seemed to fade too.

    There was a time when Tesla dazzled New York society, lighting bulbs with his bare hands and creating artificial lightning in his laboratory. Investors once backed him. Crowds once admired him. But as his ideas grew more ambitious — especially his dream of free wireless energy for the world — funding disappeared. He became known more as an eccentric than a genius.

    And yet, when he died, the world paused. Thousands attended his funeral. Leaders and scientists sent tributes. Years later, the Supreme Court recognized his priority in radio patents. History slowly corrected itself. The world he electrified had not truly forgotten him — it had simply taken time to understand him.

    Today, his name lives on in science, technology, and even in companies that shape the modern age. Tesla died alone in a hotel room, feeding pigeons while the current he created hummed through cities. He did not die forgotten. He died having changed the world — and that legacy still shines.

    Il 7 gennaio 1943, Nikola Tesla morì da solo nella stanza 3327 dell'Hotel New Yorker. Aveva 86 anni. Una cameriera lo trovò due giorni dopo, dopo che aveva lasciato un cartello "non disturbare" sulla porta. La causa ufficiale fu una trombosi coronarica. Ma la verità più profonda era più nascosta: anni di isolamento, povertà e un mondo che era andato avanti senza l'uomo che contribuiva ad alimentarlo.

    Questo era l'inventore della corrente alternata, il sistema che ancora oggi attraversa le nostre case. Fu un pioniere della trasmissione senza fili, della tecnologia radio e dei motori elettrici. Detenne centinaia di brevetti e immaginò idee – come la comunicazione wireless e l'energia rinnovabile – molto prima che diventassero realtà. Eppure, alla fine della sua vita, era quasi senza un soldo.

    Nei suoi ultimi anni, Tesla visse in modo semplice. Sopravvisse principalmente a latte, pane, miele e succo di verdura. Ogni giorno andava a piedi nei parchi vicini per dare da mangiare ai piccioni, in particolare a un piccione bianco che amava profondamente. Una volta disse di amarla come un uomo ama una donna. Quando lei morì, qualcosa in lui sembrò svanire anche lui.

    C'è stato un tempo in cui Tesla abbagliava la società newyorkese, accendendo lampadine a mani nude e creando fulmini artificiali nel suo laboratorio. Un tempo gli investitori lo sostenevano. Un tempo la folla lo ammirava. Ma man mano che le sue idee diventavano più ambiziose – soprattutto il suo sogno di energia elettrica gratuita e senza fili per il mondo – i finanziamenti svanirono. Divenne noto più come un eccentrico che come un genio.

    Eppure, quando morì, il mondo si fermò. Migliaia di persone parteciparono al suo funerale. Leader e scienziati inviarono tributi. Anni dopo, la Corte Suprema gli riconobbe la priorità nei brevetti radiofonici. La storia si corresse lentamente. Il mondo da lui elettrificato non lo aveva veramente dimenticato – aveva semplicemente impiegato del tempo per capirlo.

    Oggi, il suo nome vive nella scienza, nella tecnologia e persino nelle aziende che plasmano l'era moderna. Tesla morì da solo in una stanza d'albergo, dando da mangiare ai piccioni mentre la corrente da lui creata ronzava per le città. Non morì dimenticato. Morì avendo cambiato il mondo – e questa eredità brilla ancora.
    On January 7, 1943, Nikola Tesla died alone in Room 3327 of the Hotel New Yorker. He was 86 years old. A maid found him two days later after he had left a “do not disturb” sign on his door. The official cause was coronary thrombosis. But the deeper truth was quieter — years of isolation, poverty, and a world that had moved on without the man who helped power it. This was the inventor of alternating current, the system that still runs through our homes today. He pioneered wireless transmission, radio technology, and electric motors. He held hundreds of patents and imagined ideas — like wireless communication and renewable energy — long before they became reality. Yet by the end of his life, he was nearly penniless. In his final years, Tesla lived simply. He survived mostly on milk, bread, honey, and vegetable juice. Every day he walked to nearby parks to feed pigeons, especially one white pigeon he loved deeply. He once said he loved her as a man loves a woman. When she died, something in him seemed to fade too. There was a time when Tesla dazzled New York society, lighting bulbs with his bare hands and creating artificial lightning in his laboratory. Investors once backed him. Crowds once admired him. But as his ideas grew more ambitious — especially his dream of free wireless energy for the world — funding disappeared. He became known more as an eccentric than a genius. And yet, when he died, the world paused. Thousands attended his funeral. Leaders and scientists sent tributes. Years later, the Supreme Court recognized his priority in radio patents. History slowly corrected itself. The world he electrified had not truly forgotten him — it had simply taken time to understand him. Today, his name lives on in science, technology, and even in companies that shape the modern age. Tesla died alone in a hotel room, feeding pigeons while the current he created hummed through cities. He did not die forgotten. He died having changed the world — and that legacy still shines. Il 7 gennaio 1943, Nikola Tesla morì da solo nella stanza 3327 dell'Hotel New Yorker. Aveva 86 anni. Una cameriera lo trovò due giorni dopo, dopo che aveva lasciato un cartello "non disturbare" sulla porta. La causa ufficiale fu una trombosi coronarica. Ma la verità più profonda era più nascosta: anni di isolamento, povertà e un mondo che era andato avanti senza l'uomo che contribuiva ad alimentarlo. Questo era l'inventore della corrente alternata, il sistema che ancora oggi attraversa le nostre case. Fu un pioniere della trasmissione senza fili, della tecnologia radio e dei motori elettrici. Detenne centinaia di brevetti e immaginò idee – come la comunicazione wireless e l'energia rinnovabile – molto prima che diventassero realtà. Eppure, alla fine della sua vita, era quasi senza un soldo. Nei suoi ultimi anni, Tesla visse in modo semplice. Sopravvisse principalmente a latte, pane, miele e succo di verdura. Ogni giorno andava a piedi nei parchi vicini per dare da mangiare ai piccioni, in particolare a un piccione bianco che amava profondamente. Una volta disse di amarla come un uomo ama una donna. Quando lei morì, qualcosa in lui sembrò svanire anche lui. C'è stato un tempo in cui Tesla abbagliava la società newyorkese, accendendo lampadine a mani nude e creando fulmini artificiali nel suo laboratorio. Un tempo gli investitori lo sostenevano. Un tempo la folla lo ammirava. Ma man mano che le sue idee diventavano più ambiziose – soprattutto il suo sogno di energia elettrica gratuita e senza fili per il mondo – i finanziamenti svanirono. Divenne noto più come un eccentrico che come un genio. Eppure, quando morì, il mondo si fermò. Migliaia di persone parteciparono al suo funerale. Leader e scienziati inviarono tributi. Anni dopo, la Corte Suprema gli riconobbe la priorità nei brevetti radiofonici. La storia si corresse lentamente. Il mondo da lui elettrificato non lo aveva veramente dimenticato – aveva semplicemente impiegato del tempo per capirlo. Oggi, il suo nome vive nella scienza, nella tecnologia e persino nelle aziende che plasmano l'era moderna. Tesla morì da solo in una stanza d'albergo, dando da mangiare ai piccioni mentre la corrente da lui creata ronzava per le città. Non morì dimenticato. Morì avendo cambiato il mondo – e questa eredità brilla ancora.
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  • ai-pro.in (Alliance Industrial Products) is a leading industrial equipment supplier and exporter based in India, delivering high-quality mechanical and fluid handling solutions to global industries.

    With decades of experience, we specialize in industrial pumps, gearboxes, electric motors, valves, compressors, and related equipment for heavy-duty applications across sectors including water treatment, wastewater, chemical processing, power, sugar, paper, and steel industries.

    As a trusted industrial product supplier in India, we partner with top manufacturers to source and deliver reliable products that meet international standards for performance, durability, and efficiency.

    Our extensive product portfolio includes centrifugal pumps, submersible pumps, industrial gearboxes, and precision motors, engineered to support demanding operations worldwide.

    AI-PRO’s commitment to quality, compliance, and customer satisfaction ensures seamless solutions from product selection to delivery and after-sales support.

    Serving clients in regions such as Oman, Kenya, South Africa, Nigeria, and beyond, we help businesses optimize productivity and reduce operational downtime with the right industrial equipment.

    Read more: https://www.ai-pro.in/which-company-centrifugal-pump-is-best-a-buyers-guide-for-industrial-applications/
    ai-pro.in (Alliance Industrial Products) is a leading industrial equipment supplier and exporter based in India, delivering high-quality mechanical and fluid handling solutions to global industries. With decades of experience, we specialize in industrial pumps, gearboxes, electric motors, valves, compressors, and related equipment for heavy-duty applications across sectors including water treatment, wastewater, chemical processing, power, sugar, paper, and steel industries. As a trusted industrial product supplier in India, we partner with top manufacturers to source and deliver reliable products that meet international standards for performance, durability, and efficiency. Our extensive product portfolio includes centrifugal pumps, submersible pumps, industrial gearboxes, and precision motors, engineered to support demanding operations worldwide. AI-PRO’s commitment to quality, compliance, and customer satisfaction ensures seamless solutions from product selection to delivery and after-sales support. Serving clients in regions such as Oman, Kenya, South Africa, Nigeria, and beyond, we help businesses optimize productivity and reduce operational downtime with the right industrial equipment. Read more: https://www.ai-pro.in/which-company-centrifugal-pump-is-best-a-buyers-guide-for-industrial-applications/
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  • Powered Pallet Trucks: The Future of Efficient Material Handling

    A powered pallet truck is a battery-operated material handling machine used to lift and transport palletized loads with minimal manual effort. Unlike manual pallet trucks, powered models use electric motors for both lifting and driving, making them ideal for warehouses. How Do Powered Pallet Truck Work?

    https://stakon.in/powered-pallet-trucks/
    Powered Pallet Trucks: The Future of Efficient Material Handling A powered pallet truck is a battery-operated material handling machine used to lift and transport palletized loads with minimal manual effort. Unlike manual pallet trucks, powered models use electric motors for both lifting and driving, making them ideal for warehouses. How Do Powered Pallet Truck Work? https://stakon.in/powered-pallet-trucks/
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  • #stator_winding_machines.

    Equally important are stator winding machines
    , which focus on the stationary core of electric motors. Precision winding on stators directly impacts motor efficiency, durability, and overall performance. Advanced stator winding machines ensure accurate wire placement, reduce waste, and allow for complex winding patterns essential for applications like electric vehicles, renewable energy systems, and energy-efficient home appliances. Visit our website: https://www.honest-hls.com/stator-winding-machine
    #stator_winding_machines. Equally important are stator winding machines , which focus on the stationary core of electric motors. Precision winding on stators directly impacts motor efficiency, durability, and overall performance. Advanced stator winding machines ensure accurate wire placement, reduce waste, and allow for complex winding patterns essential for applications like electric vehicles, renewable energy systems, and energy-efficient home appliances. Visit our website: https://www.honest-hls.com/stator-winding-machine
    WWW.HONEST-HLS.COM
    BLDC Automatic Stator Winding Machine
    BLDC automatic stator winding machine has the advantage of high production efficiency and high yield rate, Get a free quote now!
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  • How Is Rising EV Sales Supplementing Electric Motor Market Growth?

    Factors such as the rising adoption of electric vehicles (EVs) and increasing compliance for energy-efficient electric motors are expected to propel the electric motor market at a CAGR of 6.3% during 2020–2030. According to P&S Intelligence, the market was valued at $105.5 billion in 2020 and it is projected to generate $195.1 billion revenue by 2030. At present, the manufacturing industry is opting for energy-efficient electric motors to reduce energy consumption and reduce operating costs.

    The surging adoption of EVs is one of the key growth drivers of the market, as electric motors are their major components. As per the International Energy Agency (IEA), the global stock of battery electric vehicles (BEV) (cars) and plug-in hybrid electric vehicles (PHEV) (cars) will surge from 6,850,327 in 2020 to 79,975,992 by 2030 and 3,346,713 in 2020 to 44,355,904 by 2030, respectively. Furthermore, the total number of BEV (vans) and PHEV (vans) will escalate from 427,525 in 2020 to 11,041,648 by 2030 and 8,384 in 2020 to 1,959,625 by 2030, respectively.

    The application segment of the electric motor market is categorized into medical, industrial, space, transportation, commercial aerospace, non-industrial robotics, defense, marine, and others. Under this segment, the transportation category generated the highest revenue in 2020, due to the surging adoption of EVs and booming demand for motor vehicles. The rising shift toward EVs can be attributed to the soaring public awareness about worsening air quality and increasing government support toward the EV industry in the form of tax rebates and subsidies.

    In recent years, the companies operating in the electric motor market have engaged in product launches to consolidate their position. For instance, in February 2021, Johnson Electric Holdings Limited launched a new series of low-voltage DC motors for actuators used in hospital beds, smart recliners, height-adjustable desks, and other smart furniture. In the same vein, in June 2021, maxon motor AG introduced BIKEDRIVE Air, a 3.5 kg e-bike system that consists of an integrated battery, a mid-mounted motor, and a control element.

    Additionally, the players in the electric motor market are also opting for mergers and acquisitions to gain a competitive edge. For example, in March 2021, AMETEK Inc. acquired Crank Software, EGS Automation, and Magnetrol International for $270 million. With the acquisition of Magnetrol International and EGS Automation, AMETEK Inc. aims to expand its level measurement solutions portfolio and widen its automation solutions portfolio. Furthermore, the acquisition of Crank Software offers graphical user interface design capabilities to AMETEK.

    Globally, the Asia-Pacific (APAC) electric motor market generated the highest revenue in 2020, and it is projected to showcase the fastest growth throughout the forecast period (2021–2030). This can be attributed to the presence of a large number of manufacturing plants in developing countries, such as Bangladesh, China, Indonesia, and India. Moreover, the mounting investments being made by the market players in the untapped markets of the region will also augment the demand for electric motors in APAC.

    Thus, the burgeoning EV production and escalating demand for energy-efficient electric motors are expected to steer the market growth across the world.

    Read More: https://www.psmarketresearch.com/market-analysis/electric-motor-market
    How Is Rising EV Sales Supplementing Electric Motor Market Growth? Factors such as the rising adoption of electric vehicles (EVs) and increasing compliance for energy-efficient electric motors are expected to propel the electric motor market at a CAGR of 6.3% during 2020–2030. According to P&S Intelligence, the market was valued at $105.5 billion in 2020 and it is projected to generate $195.1 billion revenue by 2030. At present, the manufacturing industry is opting for energy-efficient electric motors to reduce energy consumption and reduce operating costs. The surging adoption of EVs is one of the key growth drivers of the market, as electric motors are their major components. As per the International Energy Agency (IEA), the global stock of battery electric vehicles (BEV) (cars) and plug-in hybrid electric vehicles (PHEV) (cars) will surge from 6,850,327 in 2020 to 79,975,992 by 2030 and 3,346,713 in 2020 to 44,355,904 by 2030, respectively. Furthermore, the total number of BEV (vans) and PHEV (vans) will escalate from 427,525 in 2020 to 11,041,648 by 2030 and 8,384 in 2020 to 1,959,625 by 2030, respectively. The application segment of the electric motor market is categorized into medical, industrial, space, transportation, commercial aerospace, non-industrial robotics, defense, marine, and others. Under this segment, the transportation category generated the highest revenue in 2020, due to the surging adoption of EVs and booming demand for motor vehicles. The rising shift toward EVs can be attributed to the soaring public awareness about worsening air quality and increasing government support toward the EV industry in the form of tax rebates and subsidies. In recent years, the companies operating in the electric motor market have engaged in product launches to consolidate their position. For instance, in February 2021, Johnson Electric Holdings Limited launched a new series of low-voltage DC motors for actuators used in hospital beds, smart recliners, height-adjustable desks, and other smart furniture. In the same vein, in June 2021, maxon motor AG introduced BIKEDRIVE Air, a 3.5 kg e-bike system that consists of an integrated battery, a mid-mounted motor, and a control element. Additionally, the players in the electric motor market are also opting for mergers and acquisitions to gain a competitive edge. For example, in March 2021, AMETEK Inc. acquired Crank Software, EGS Automation, and Magnetrol International for $270 million. With the acquisition of Magnetrol International and EGS Automation, AMETEK Inc. aims to expand its level measurement solutions portfolio and widen its automation solutions portfolio. Furthermore, the acquisition of Crank Software offers graphical user interface design capabilities to AMETEK. Globally, the Asia-Pacific (APAC) electric motor market generated the highest revenue in 2020, and it is projected to showcase the fastest growth throughout the forecast period (2021–2030). This can be attributed to the presence of a large number of manufacturing plants in developing countries, such as Bangladesh, China, Indonesia, and India. Moreover, the mounting investments being made by the market players in the untapped markets of the region will also augment the demand for electric motors in APAC. Thus, the burgeoning EV production and escalating demand for energy-efficient electric motors are expected to steer the market growth across the world. Read More: https://www.psmarketresearch.com/market-analysis/electric-motor-market
    WWW.PSMARKETRESEARCH.COM
    Electric Motors Market Size & Share Analysis Report, 2030
    The electric motors market stood size at USD 123.76 billion in 2022, and it is expected to grow at a compound annual growth rate of 6.75% during 2022–2030.
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