À propos de Magna-Power
Moteur de l'innovation depuis 1981
Un fabricant américain fondé par une famille, spécialisé dans les alimentations DC programmables et les charges électroniques, conçu, fabriqué et testé sous un même toit à Flemington, dans le New Jersey.
1981
Fondée
115
Employés
73,500
pi² d'installation aux États-Unis
10,000+
Clients
50,000+
Produits livrés
40+
Pays desservis
Notre Mission
Concevoir et livrer des produits d'alimentation programmables robustes, fabriqués aux États-Unis selon les normes de qualité les plus élevées grâce à un processus de fabrication intégré verticalement.
- Robuste par conception
- Conçu pour fonctionner pendant des décennies dans des laboratoires d'essai, des usines et sur le terrain, ingénié pour le monde réel, pas pour la fiche technique.
- Fabriqué aux États-Unis
- Chaque unité est conçue, assemblée et testée à Flemington, NJ, selon les normes de qualité les plus élevées du secteur.
- Intégration verticale
- De la matière première au système fini, chaque processus critique est sous le contrôle direct d'une seule équipe, sous un même toit.
Livraison d'un système d'alimentation DC programmable de 1 500 kW à la NASA pour de futurs systèmes de propulsion
Nos valeurs
Notre façon de travailler et de nous traiter mutuellement
Six engagements que nous respectons, à chaque poste, à chaque bureau.
Comment nous travaillons
Agis comme si c'était le tien
Cette entreprise appartient à ceux qui se présentent chaque jour : si tu vois un problème, prends-le en charge ; termine ce que tu commences ; utilise le temps et l'argent de l'entreprise comme les tiens ; et implique les autres avant les décisions importantes qui sont difficiles à annuler.
Tiens ta parole
Nous faisons ce que nous disons, envers nos collègues et nos clients. Les engagements pris ici sont des promesses, et la fiabilité est la façon dont la confiance se construit, d'un poste à l'autre.
La qualité est une affaire personnelle
Ton travail peut être une soudure, un faisceau de câbles, un bon de commande ou un appel d'assistance. Quoi que ce soit, mets-y ton nom. Ne transmets jamais sciemment un défaut au poste suivant, au département suivant ou au client.
Améliorez quelque chose chaque jour
Le travail, le processus, et vous-même. Les meilleures idées viennent des personnes qui font le travail, alors corrigez ce qui vous dérange, suggérez ce qui pourrait être mieux, et continuez à apprendre. Nous en tiendrons compte.
Comment nous nous traitons les uns les autres
Prenez la parole, sans barrières
Signalez les problèmes tôt, posez vos questions à n'importe qui quel que soit le département ou le titre, et exprimez votre désaccord ouvertement quand c'est important. Les mauvaises nouvelles circulent vite ici, et c'est voulu : quand quelqu'un soulève un problème, nous réglons le problème, pas la responsabilité.
Prenez soin les uns des autres
Nous travaillons avec des puissances importantes, donc la sécurité est non négociable, et l'attention portée aux autres ne s'arrête pas aux lunettes de protection. Nous remarquons quand un collègue a besoin d'aide, et nous traitons chacun ici comme une personne à part entière, pas comme un titre de poste.
Notre vision
À quoi ressemblent plus de 40 ans d'électronique de puissance
Des unités rack de 1,25 kW aux systèmes de plus de 10 MW, plus de 250 000 configurations, toutes conçues, fabriquées et testées sous un même toit. Le résultat de quatre décennies de concentration et d'un développement 100 % organique.
Architecture de produit modulaire
Une seule topologie à alimentation en courant sert de brique de base, des unités rack de 1,5 kW aux systèmes de plus de 10 MW, avec la même conception centrale et les mêmes commandes adaptées à plus de 250 000 configurations.
Fabrication à intégration verticale
Usinage CNC, électroérosion à fil, magnétiques en interne, lignes de circuits imprimés CMS et traversants, revêtement en poudre et essais haute puissance, le tout intégré dans un flux de production unique.
Qualité sans compromis
Chaque produit est fabriqué sur commande et contrôlé sur des stations d'essai propriétaires, huit postes dotés d'une capacité de banc de charge supérieure à 1 MW, avant toute expédition.
Expertise en électronique de puissance
Quatre décennies d'innovation en topologies à alimentation en courant, neutralisation des harmoniques et conditionnement haute densité, sur une gamme allant de 1,25 kW à plus de 10 MW.
Notre histoire
Magna-Power's Story: A Timeline of Innovation
From its beginnings as a research and development firm in a home basement to a vertically integrated global manufacturer, Magna-Power Electronics has been defined by key technological pivots, strategic manufacturing decisions, and a commitment to reinvestment.
Additional details can be found in: The History of Magna-Power Electronics, IEEE Industry Applications Magazine, Volume 23, Issue 1 (January 2017)
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From Basement R&D to Official Founding
Throughout the 1970s, Dr. Ira J. Pitel builds his expertise in power electronics, working at pioneering companies like Lutron and GTE Sylvania while earning his Master's and Ph.D. degrees. After working at Bell Laboratories and Exxon Enterprises, he leverages his growing reputation and private consulting work to officially establish Magna-Power Electronics (MPE) in 1981. The new R&D company operates from the 1,100 sq. ft. basement of his home in Morristown, NJ, where he designs custom power supplies and magnetic components, famously using the family oven to bake transformers.
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A Pivotal Grant and First Headquarters
A Phase I Small Business Innovation Research (SBIR) grant from the Department of Energy (DOE) to develop a 5 kW solar inverter system provides the impetus for MPE to move into its first dedicated commercial facility in Whippany, NJ. Though the solar project itself did not continue, it was a critical turning point. It established a formal place of business and, most importantly, the AC-DC power supply and controllable load built to test the inverter became the foundational prototypes for MPE's future product lines.
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Entry into the Power Supply Market
MPE forms a manufacturing partnership called Powertron to manufacture and sell the PX Series, a 10 kW AC-DC power supply. In this partnership, MPE would engineer the products and the partner company would build the products. When a crucial, time-sensitive order for multiple units from IBM's personal computer division arises, Dr. Pitel takes on the production himself. This dissolves the partnership and firmly establishes MPE as a power supply manufacturer.
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Gearing Up for Manufacturing
To support its growing manufacturing operations, MPE relocates to a 6,000 sq. ft. factory in Boonton, NJ. The new space allows for a dedicated production line for its PX Series, a stockroom, and better facilities for in-house fabrication like welding and painting. While the company was building its standard product offerings, MPE's primary business remained contract R&D and custom manufacturing of its designs for specialized applications, including electrostatic precipitators and various power electronics for the US Air Force. This contract work provided the steady revenue needed to invest in the company's future as a product manufacturer.
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Computer Control and High-Power Focus
During this pivotal period, MPE made major advances in both user control and power processing technology. MPE introduced its first computer interface, the external SBC488 control box. This external 1U add-on provided programmability over industry-standard RS232 and IEEE-488 (GPIB) interfaces, giving customers the ability to remotely control and monitor their power supplies for the first time. With much competition in the low-power space (1-10 kW) from EMI and Power Ten, a strategy was formed to start grabbing market-share from the top. MPE delivered its first 100 kW TQ Series, a product that utilized a phase-controlled SCR front end, into a medium-frequency link current-source inverter.
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The IGBT Revolution and Current-Fed Topology
MPE introduced a technological shift that would define its future products with the release of the rack-mount PQ Series. This was the company's first product built on modern Insulated Gate Bipolar Transistors (IGBTs) using a current-fed power processing topology. The high-performance, power-dense IGBT platform represented a major leap from older SCR-based designs and became the foundational building block for the next decade of product development, cementing MPE's reputation for innovation.
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Modular Design and Strategic Partnerships
MPE uses the PQ Series as a modular building block for new, higher-power product lines (SQ Series, MQ Series). To accelerate market penetration, MPE enters into a crucial Private Label agreement for American Reliance, Inc. (AMREL) and later Chroma ATE Inc. These partnerships allows MPE to focus its resources on R&D and manufacturing while the partners handles sales and marketing.
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Powering the Dreamliner
MPE was approached by United Technologies (UTC) in 2003 to provide 400 kW power supplies for testing the Boeing 787 Dreamliner’s auxiliary equipment. MPE developed a high-power chopper and IGBT inverter front-end, creating a line of high-frequency switched-mode power supplies at 100 kW and 150 kW. Following joint research with Prasad Enjeti, Ph.D. of Texas A&M University, a product line of harmonic neutralizers was developed to reduce total harmonic distortion for higher-power systems to maintain AC power quality. The MT Series was released, becoming the highest-power standard product switch-mode supply on the market and was quickly adopted by aerospace companies worldwide.
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A New Home in Flemington, New Jersey
Having outgrown its Boonton facilities, MPE purchases 7 acres of land and moves to a custom-built 27,500 sq. ft. manufacturing headquarters in Flemington, NJ. While the transition was challenging and caused initial production delays, it provided the necessary space and power infrastructure for future expansion.
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Insourcing and High-Density Power
During the economic recession, MPE seizes the opportunity to acquire manufacturing equipment at a low cost, beginning an aggressive push toward vertical integration by bringing sheet metal fabrication in-house. This strategy reduces costs, shortens lead times, and increases design flexibility. The company also releases the 2U XR Series, which sets a new industry benchmark for power density and marks the first product line not offered through private label partners.
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Building the Magna-Power Brand
MPE begins building its own direct sales representative network across the US and internationally under the Magna-Power brand. This shift away from private label dependency proves timely. Shortly after, AMETEK, Inc. acquires AMREL's power division, and MPE decides to end the private label relationship, having made inroads with its own channels. Responding to the American Recovery and Reinvestment Act, MPE develops its Photovoltaic Power Profile Emulation (PPPE) software, specifically targeting the growing solar inverter testing market, providing the industry's widest range of solar array emulators.
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Facility Expansion
Magna-Power breaks ground on a 29,000 sq-ft expansion of its Flemington headquarters, more than doubling the manufacturing facility from 27,500 to 56,500 sq-ft. The same year, the company achieves an industry-leading standard 2-week lead-time on its products, a direct result of vertical integration and investment in automation. Soon after, a third expansion phase adds another 16,780 sq-ft, bringing Magna-Power's headquarters to its current 73,530 sq-ft footprint — a purpose-built facility housing all engineering, manufacturing, and service operations under one roof.
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New Product Category and Industry Recognition
Magna-Power enters the DC electronic load market with the launch of MagnaLOAD, a completely new product line spanning 1.25 kW to 100 kW+. The same year, the company is awarded the 2016 New Jersey Manufacturer of the Year, coinciding with its 35th anniversary.
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Second-Generation Leadership
Adam Pitel and Grant Pitel, Ph.D. assume leadership of Magna-Power Electronics as CEO and CTO, marking a second-generation transition. Adam, who joined the company in 2008, built Magna-Power's global distribution network spanning 40+ countries and established international sales offices in Germany, the United Kingdom, and China. Grant, holding a Ph.D. from the University of Illinois at Urbana-Champaign in digital control and power electronics, joined in 2010 and transformed the company's technology roadmap, pioneering digital control across the product line and creating the MagnaLOAD DC electronic load platform.
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Digital Sales Transformation
Now a recognized name in the industry, and after COVID reshapes the sales landscape, Magna-Power goes primarily factory-direct and builds a custom e-commerce platform. Built-in configurators let customers spec, quote, and order from over 250,000 product SKUs online — a first in the industry. Each order flows directly into a production work order, closing the loop from customer configuration to factory floor.
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The Next Generation Power Supply
Magna-Power launches the SLx Series, a ground-up next-generation 1U programmable DC power supply platform with a fully digital architecture. The SLx Series launches with native industrial communications offering, including CANopen, EtherCAT, EtherNet/IP, PROFINET, ModbusTCP, and LXI TCP/IP Ethernet, USB and RS485. The SLx Series also launches with MagnaCTRL, a state-of-the-art software platform for multi-product control across xGen product families.
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Megawatt-Scale Power
Magna-Power releases the ML Series, its highest-power product line, with 500 kW and 1,000 kW models scalable to 10 MW, with efficiency up to 96%. The ML Series is a ground-up redesign, water cooled, built for ultra-high power density, addressing growing demands in aerospace, hydrogen electrolyzers, and defense.
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Founder Elected to National Academy of Engineering
Dr. Ira J. Pitel, Magna-Power's founder, is elected to the National Academy of Engineering — one of the highest professional distinctions awarded to an engineer, recognizing his lifetime of contributions to power electronics innovation and American manufacturing.
Des startups aux plus grandes entreprises du monde
Des milliers d'entreprises dans plus de 40 pays font confiance à Magna-Power pour alimenter leur innovation, leur fabrication et leur recherche.
Nos installations
Advanced manufacturing under one roof
Company-owned, custom-designed 73,500 sq-ft facility housing Magna-Power's vertically integrated operations.
Siège social
Flemington, New Jersey
39 Royal Road
Flemington, NJ 08822
United States of America
Vertically Integrated USA Manufacturing
Magna-Power Electronics products are proudly made in the USA at the company's headquarters in Flemington, New Jersey. All engineering, manufacturing and North America product servicing is performed at the company's headquarters.
With significant investment in machinery, automation, and processes, Magna-Power utilizes vertical integration for complete control over quality, cost, and lead-time of its made-to-order products.
Direction
Rencontrez notre équipe
Les personnes qui sont à l'origine de l'innovation continue de Magna-Power dans le domaine de la puissance programmable.
Notre culture
Une seule équipe, sous un même toit.
Les personnes qui conçoivent nos produits, les fabriquent et les soutiennent travaillent toutes côte à côte à Flemington, une entreprise fondée par une famille, qui pense en décennies, pas en trimestres.
Vous aimez ce que nous faisons ? Découvrez les opportunités de carrière.
Rejoignez notre équipe pour faire partie d'une entreprise engagée dans la fabrication aux États-Unis qui alimente l'innovation dans le monde entier.
Opportunités de carrière