Renewable energy jobs at E-magy

  • Expired
    Broek op Langedijk, the Netherlands
      On-site   Full time   16 days ago
  • E-magy

    Company Overview

    E-magy B.V., a private Dutch deep-tech materials company

    Broek op Langedijk, North Holland, Netherlands

    2013

    Approximately 30 employees, mainly with backgrounds in materials science, electrochemistry, and engineering (source: youtube.com)

    What They Do

    E-magy focuses on developing and producing nanoporous silicon anode materials for lithium-ion batteries, aiming to significantly enhance battery performance by addressing the swelling and cracking that typically occur with silicon in anodes (source: e-magy.com, rubio.vc). Their technology enables up to 40% higher energy density compared to traditional graphite anodes, supports fast charging, and limits silicon swelling within nanopores to prevent battery failure (source: rubio.vc). The company supplies these advanced materials to battery manufacturers and automotive OEMs worldwide, focusing on applications within the lithium-ion battery supply chain, especially for the automotive industry and battery producers seeking higher energy density and compatibility with existing gigafactory production lines (source: youtube.com, hydro.com). Their product is a so-called "drop-in" solution requiring minimal capital investment and easy integration into existing manufacturing processes, which is a key differentiator (source: rubio.vc). Additionally, E-magy highlights that their production process generates about six times fewer emissions than graphite production, contributing to more sustainable battery manufacturing and lower vehicle energy consumption due to lighter battery weight (source: rubio.vc).

    Projects & Track Record

    E-magy has primarily focused on pilot and scale-up projects in its role as a materials supplier. Their production facility near Amsterdam is a state-of-the-art site currently capable of producing up to 25 tons of nanoporous silicon annually, with plans to expand capacity to 50 tons per year by the end of the decade, equivalent to about 500 MWh of battery storage capacity (source: dealroom.co, unmannedsystemstechnology.com). In 2023, efforts were underway to scale up to a fully commercial production line with a capacity of 300 tons per year, corresponding to approximately 2.5 GWh of battery storage (source: rubio.vc). The technology is applied worldwide by battery manufacturers and automotive OEMs, although specific customer names have not been widely disclosed (source: youtube.com).

    Recent Developments

    In 2023, E-magy completed a funding round totaling EUR 20.5 million, consisting of EUR 15 million in Series A equity financing and a EUR 5.5 million grant from the Dutch National Growth Fund program NXTGEN HIGHTECH (source: e-magy.com, hydro.com). Hydro led this investment round alongside Invest-NL, Rubio, SHIFT Invest, and PDENH, strengthening a strategic partnership to accelerate pilot production scale-up and customer qualification (source: hydro.com). Additionally, E-magy maintains market visibility through profiles on Dealroom and EquityZen, which track their financing activities and market position (source: dealroom.co, equityzen.com).

    Working There

    E-magy presents itself as a science-driven employer committed to a fully electric future, with a culture focused on advanced science and engineering (source: e-magy.com). The team consists of about 25 employees with expertise in materials science, electrochemistry, and engineering, working from the headquarters and production facility in Broek op Langedijk near Amsterdam (source: youtube.com). Their recruitment approach is small-scale and direct, offering contact options via a Dutch phone number and email address, reflecting a personal and accessible company culture (source: e-magy.com). Job openings are occasional and aimed at candidates eager to join a driven and technically oriented team (source: andwork.com).


    Last updated on May 20, 2026 | Report an issue

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