Precision-Engineered Industrial Busbars
Eliminate power distribution bottlenecks with our high-purity copper and aluminum busbars. These electrical components are precisely engineered for high currents and combine German engineering with full adaptation to North American industry standards.
EMS has decades of experience engineering, manufacturing, and supplying state-of-the-art busbar solutions. Through our Vision®Electric brand, we provide world-class engineering solutions to markets around the globe, including the United States.We specialize in high-current busbar applications ranging from 1,200 to 300,000 amperes for use in industrial environments.
Vision® Electric is the preferred choice for critical infrastructure worldwide, providing everything from complex switchgear components to large-scale solutions for primary industries, data centers, and renewable energy.
The New Standard in High-Current Infrastructure.
German Engineed Busbars feat. US markets
- For currents of up to 300,000 amperes.
- Copper and Aluminum Busbars
Conventional cabling cannot withstand the extreme demands of modern industry. Vision® Electric Industrial Busbars offer a structured, highly efficient alternative to chaotic cable trays. We help you save up to 40% space during installation and minimize total cost of ownership. Our high-purity materials, such as Cu-ETP copper, reduce voltage drops and pay for themselves through energy savings.
With our additional location in Kentucky, we can speed up delivery. Our new partners and supply chains enable us to shorten material procurement times and facilitate rapid on-site installation.
IndustryBars for high perfomances
Our high-performance busbars are used in most cases for direct current. However, all applications are customized solutions that are tailored to the respective project requirements, such as for chlorine electrolysis with 18,000 A or Aluminum electrolysis with 180,000 A.
Special knowledge and experience are required to carry out the detailed design in order to optimally combine the respective plant technologies with a wide variety of manufacturing processes and the right materials. We would be happy to advise you!
Reliable power for tough industries
Vision®Electric Industrial Busbars or IndustryBars are the trusted choice for critical infrastructure and the primary industry worldwide:
Metal & Mining: Steel, Aluminum, Zinc, Nickel, Copper.
Chemical & Processing: Silicon, Sodium, Graphite, Phosphorus.
Manufacturing: Glass, Cement, Paper, and Cellulose.
Data Centers: High-density power backbones for mission-critical facilities.
Specialized Material & Interface Technology
Standard cables and generic busbar trunking systems reach their physical limits at currents exceeding 10,000 Amps. Furthermore, most off-the-shelf systems are restricted to AC applications. Vision®Electric Industrial Busbars are specifically engineered for both AC and DC high-current demands. We provide advanced material bonding designed for extreme performance:
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Electrolytic Copper (Cu-ETP): With a purity exceeding 99.9%, available bare, or tin-plated, to ensure uncompromising conductivity.
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High-Conductivity Aluminum (Al): The strategic, weight-optimized choice for large-scale power distribution.
We possess the engineering depth to manufacture massive conductor cross-sections, such as 120,000 mm² (186,000 kcmil) flexible aluminum busbars.
Core Performance Engineering
- Full-Service Approach
Vision®Electric Industrial Busbars are specifically designed for the “Heavy Backbone” of your facility. We don’t offer generic parts; we deliver thermal-mapped, precision-fabricated systems. We don’t just supply material; we provide a turnkey partnership:
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Thermal & Magnetic Simulation: We validate heat dissipation and short-circuit withstand strength before production.
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Certified Fabrication: High-current welding (DIN EN ISO 3834) for joints that are as conductive as the raw material.
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Project Management: On-time delivery and coordination of specialized on-site installation.
The Challenge
A leading German aluminum manufacturer commissioned us to modernize a central busbar system. The goal was to significantly improve system reliability. The main challenges lay in the technical implementation:
Complex assembly: Welding work performed under the constant influence of strong magnetic fields.
Tight schedule: The connection to the existing network had to be made during extremely short planned outages.
Our Solution
We provided turnkey project management that covered every phase from conception to handover:
Planning & Layout: Preparation of the complete detailed plan for a DC power distribution system (2 aluminum busbars, 600 x 120 mm each).
Implementation: Complete procurement of materials and professional on-site installation.
Precision craftsmanship: Performing specialized welding processes and integrating them into the existing infrastructure under challenging electromagnetic conditions.
The Result
The installation was completed on schedule and successfully.
Thanks to the seamless commissioning, the customer’s high quality standards were maintained without interruption.
The new busbar system now ensures a long-term energy supply for production and meets the highest standards for load-bearing capacity and stability.
FAQs Industrial Busbars
At currents exceeding 10,000 amps, traditional cables become inefficient due to extreme heat and space requirements. Vision® Electric Industrial Busbars offer superior thermal management, a footprint that is 40% smaller, and significantly lower voltage drops. This leads to a much higher ROI and reduced total cost of ownership (TCO).
Yes. Unlike many standard busways, which are optimized for AC, Vision® Electric Industrial Busbars are specifically engineered for AC and DC applications. This makes them the ideal choice for heavy industrial processes, such as hydrogen electrolysis, smelting, and large-scale battery storage systems.
We use high-purity electrolytic copper (Cu-ETP >99.9%) and high-conductivity aluminum. For systems requiring a mix of both, we use specialized explosively bonded copper-aluminum interfaces (Coppal) to ensure gas-tight, corrosion-free, highly conductive transitions.
Absolutely. Our systems are fully compliant with IEC 61439-1 and IEC 61439-6. This ensures that our industrial busbars meet the stringent safety and performance requirements of North American and international markets.
Vision® Electric Industrial Busbars arrive on site as a prefabricated, precision-engineered kit. By eliminating the need for complex field bending and cable pulling, our customers typically see a 50% reduction in on-site electrical labor costs and significantly faster project completion times.
Yes. We specialize in large cross sections, including flexible aluminum and copper conductors of up to 120,000 mm². They are ideal for connecting transformers to furnaces or other equipment where thermal expansion or high vibration must be compensated for.
online-Meeting
Book your consultation appointment now:
Michael Stein
P: +49 6307 9116-699
M: +49 151 153 019 60
E: mstein@ems-power.com
EMS
Services
Consulting
+ Individual offer
+ Detailed measurement
+ Warranties
+ Contract conditions
+ Cost optimization
+ PPAP Production Part Approval Process
+ APQP Guidelines
+ Audits
Engineering
+ Project management
+ Technical development
+ Design of cross-sections
+ Magnetic field calculation
+ Design & drawing
+ Feasibility check
Custom Manufacturing
+ Assembly & manufacturing
+ Highly flexible busbars
+ Flexible busbars
+ Solid busbars
+ Flat busbars
+ Busbar systems
+ Busbar assembly units
+ Further processing
+ Customization
Logistics
+ Worldwide shipping
+ High-quality packaging
+ Tailored to your specifications
+ Reliable and just-in-time
+ Dynamic capacity adjustment
Assembly
+ Project management
+ Pre-assembly ex works
+ Assembly on site
+ Competent assembly teams
After Sales
+ Maintenance
+ Spare parts requirements
+ Retrofit
We design your industrial busbars
EMS stands for holistic services
In close cooperation with you, we engineer projects systematically and implement them efficiently.
The focus is on optimizing functionality as well as on infrastructural, production-related and economic aspects. The result is individual solutions that are geared to cost-effectiveness and meet the customer’s requirements down to the last detail.
