Amperio Project powers the future at the hstoric SILO in Renens-Lausanne.
Project background
At Amperio Project, we’re always thrilled to be involved in projects that merge history with innovation. SILO project in Renens–Lausanne, is a shining example of this blend. Originally a grain silo, this building has been meticulously transformed into a modern student housing complex, retaining its industrial essence while embracing a contemporary aesthetic.
Technical details of the installation
Amperio Project was brought on board to handle the critical task of ensuring reliable electrical distribution throughout the building.
Given the building’s unique architecture and the demands of modern living, this was no small feat.
Our team installed 630A – IP55 energy rails over 230 meters, providing a robust and secure energy solution that meets the high standardsrequired for this ambitious project.
These energy rails are not only crucial for the day-to-day functioning of the building but also align with the sustainable practices that are increasingly becoming a standard in modern construction. The IP55 rating ensures protection against dust and water, essential for maintaining the integrity and safety of the electrical systems in a building with such a unique structural design.
At Amperio, we pride ourselves on delivering cutting-edge electrotechnical solutions tailored to the needs of our clients. Recently, we completed a significant project for Dormakaba, a global leader in access solutions. Dormakaba, which began its operations on September 1, 2015, has quickly become one of the top three leaders in the access solutions market, pioneering cloud-based access solutions.
Project background
Dormakaba’s rapid ascent in the market is a testament to their commitment to innovation and quality. To support their advanced operations, they required a reliable and efficient power distribution system. This is where Amperio stepped in to install energy rails that would meet Dormakaba’shigh standards.
Technical details of the installation
The project involved installing 250 meters of energy rails with the following specifications:
Total Length: 250 meters
Capacity: 160A, suitable for Dormakaba’s operational requirements.
Protection Rating (IP): IP55, ensuring the rails are protected against dust and water, critical for maintaining uninterrupted service in various environments.
Our team followed a meticulous process to ensure the successful implementation of the energy rails:
Assessment and Planning: We began by assessing Dormakaba’s specific needs and designing a custom solution that would provide optimal power distribution.
Installation: The installation was carried out with minimal disruption to Dormakaba’s ongoing operations, adhering to strict safety protocols.
Testing and Commissioning: Each section of the energy rails was thoroughly tested to ensure reliability and performance before the system was fully commissioned.
Benefits for Dormakaba
The installation of Amperio’s energy rails provides several key benefits to Dormakaba:
Reliability: The 160A energy rails ensure a stable power supply, crucial for Dormakaba’s cloud-based access solutions.
Efficiency: Optimized power distribution improves operational efficiency, supporting Dormakaba’s innovative solutions.
Safety and durability: The IP55 rating guarantees protection against environmental factors, enhancing the longevity and safety of the installation.
Scalability: The modular nature of the energy rails allows for easy future expansions as Dormakaba continues to grow and innovate.
This installation is pivotal in supporting Dormakaba’s cutting-edge access solutions. The reliable power supply facilitated by the energy rails ensures that Dormakaba can continue to deliver high-quality, cloud-based access solutions to their global clientele without interruption.
The energy rail installation project for Dormakaba underscores Amperio’s ability to provide tailored and high-performance electrotechnical solutions. We are proud to have contributed to Dormakaba’s mission of leading the access solutions market with innovative and reliable products.
If your business has similar electrotechnical needs, we invite you to contact us. At Amperio, we are dedicated to powering the future with our expert solutions.
Cutting-edgeenergy railsinstallation at Watchland, Geneva.
At Amperio, we are committed to delivering advanced and tailored electrotechnical solutions to our clients. Our team had the honor of collaborating with Franck Muller on a prestigious project: installing energy rails at their headquarters and production site, Watchland, in Geneva. This unique site integrates all stages of watchmaking, from design to engraving, including assembly and case manufacturing.
Project background
Watchland is a unique site where watchmaking tradition meets innovation. To maintain the high level of excellence required by Franck Muller, a reliable and efficient power supply is essential. In this context, Amperio was brought in to install a custom energy rail system tailored to the varied and demanding needs of Watchland.
Technical details of the installation
The project involved setting up 900 meters of energy rails with different capacities to meet the diverse needs of the various stages of the watchmaking process:
Total Length: 900 meters
Rail Capacities: 2000A, 400A, and 250A, allowing for flexible and appropriate distribution for each phase of the production process.
Protection Rating (IP): IP55, ensuring protection against dust and water splashes, which is crucial in a high-precision production environment.
The installation of the energy rails at Watchland was carried out in several key stages:
Planning and Design: Assessing the specific needs of each department at Watchland to design a custom energy rail system.
Installation: Laying the rails to minimize disruptions to ongoing operations, with particular attention to safety and efficiency.
Testing and Validation: Thoroughly checking the proper functioning of the energy rails to ensure stable and reliable power supply.
Commissioning: Activating the system and monitoring to ensure seamless integration with existing infrastructure.
Advantages of energy rails
This installation enables Watchland to optimize its production processes by ensuring a reliable and secure power supply. The different capacities of the energy rails allow for tailored solutions to the specific needs of each stage of the watchmaking process, from design to engraving.
The energy rail installation project for Watchland in Geneva is a testament to Amperio’s ability to deliver tailored and high-performance electrotechnical solutions. We are proud of this achievement and the positive impact it has on Franck Muller’s operations.
State-of-the-art energy rails for the CERES tower in Basel.
At Amperio, we are committed to providing our customers with state-of-the-art electrotechnical solutions. Recently, we had the opportunity to work on a prestigious project: the installation of energy rails at the Ceres Tower, an iconic building located in Basel, Switzerland. This large-scale project was successfully completed thanks to the expertise and dedication of our team.
The CERES Tower is one of the symbols of Pratteln’s transformation in recent years.
The building is perfectly located, close to Pratteln railway station, the A2 freeway and the A3 towards Zurich. Conveniences are just a few steps away: the historic heart of Pratteln village, shopping centers, specialty stores, restaurants and aquatic and wellness centers. A recreation area is also nearby.
The CERES Tower stands out not only for its imposing height, but also for its concave facade in dark metallic bronze – a look that’s both modern and expressionistic: with high-end apartments, modern offices and a basement housing a parking garage with almost 200 spaces, storage and technical facilities.
Project background
The Ceres Tower is one of Basel’s most modern and innovative buildings, requiring an electrical infrastructure to match its ambitions. To meet these requirements, Amperio was asked to install an energy rail system capable of guaranteeing a stable, secure and efficient power supply.
Technical details of the installation
The project involved the installation of 480 meters of high-capacity power rails. Technical specifications include:
Total length: 480 meters
Rail capacity: 400A / 1250A, enabling different electrical loads to be handled with great flexibility.
Advantages of energy rails
Reliability and safety: Amperio power rails are designed to ensure reliable power distribution, minimizing the risk of breakdowns and guaranteeing the safety of installations.
Efficiency: With capacities of 400A and 1250A, these rails enable efficient power distribution, adapted to the varied needs of the CERES Tower.
Flexibility: Different rail capacities enable easy adaptation to changing power consumption requirements, offering great operational flexibility.
This project at the CERES Tower is a testament to Amperio’s ability to provide high-quality electrotechnical solutions, tailored to the specific needs of our customers. We are proud of this achievement and the positive impact it is having on Ceres Tower operations.
If you’re looking for reliable and efficient energy solutions for your projects, don’t hesitate to contact us. At Amperio, we’re ready to take on any challenge to electrify your future.
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Innovative power rail installation for Lamelcolor in Estavayer-le-Lac, Switzerland
At Amperio, we’re constantly on the lookout for new opportunities to showcase our expertise in electrical engineering. Recently, we had the privilege of collaborating with Lamelcolor, a renowned solar protection company, on a major project in Estavayer-le-Lac. Here’s a detailed look at this successful installation.
Project background
Lamelcolor is a dynamic, innovative company specializing in the development, manufacture and installation of solar protection systems. Their production requires a stable and powerful power supply to guarantee the quality and efficiency of their products. To meet this requirement, they called on Amperio to install a high-performance energy rail system.
Technical details of the installation
The project involved the installation of 125 meters of 400A – IP55 power rails. These rails are designed to provide safe and reliable power distribution, even in demanding environments. Here are some key points of this installation:
Rail length: 125 meters
Capacity: 400A
Protection rating (IP): IP55, ensuring protection against dust and water splashes, which is essential for industrial use.
Challenges and solutions
Every project has its challenges, and this one was no exception. One of the main challenges was to ensure fast, efficient installation without disrupting Lamelcolor’s operations. Thanks to careful planning and close collaboration with the Lamelcolor team, we were able to complete the installation with minimal disruption.
Our team of experts also took care to check and test every section of the rails to ensure that they functioned properly and met the most stringent safety standards.
At Amperio, we are proud to announce the completion of a key project for Schelling, located in Rupperswil, Switzerland. Schelling, a specialist in the design and industrialization of packaging, needed a reliable, high-performance solution for the electrical connection of its buildings. Our team of electrical engineering experts successfully met this challenge.
Energy distribution - Materials
160 meters of 2000A – IP55 power rails: These power rails are designed to provide efficient and secure power distribution. With a capacity of 2000A and IP55 protection, they are ideal for demanding industrial environments like Schelling’s.
9-meter FleXbus: The FleXbus is a flexible power connection solution that enables quick and easy adaptation of electrical connections. Thanks to its modularity, it offers great flexibility to meet the specific needs of our customers.
Advantages of energy rails
The power rail is an electrical power distribution system distinguished by its robustness and ability to withstand high current intensities. Here are some of its key benefits:
Efficiency: Energy distribution without significant losses, ensuring optimum equipment performance.
Safety: IP55 protection guarantees resistance to dust and water splashes, essential in an industrial environment.
Modularity: Easy to install and modify, enabling rapid adaptation to changing industry needs.
The Flexbus solution
FleXbus is designed to offer great flexibility in connecting electrical equipment. It consists of conductive braids that enable different electrical elements to be connected flexibly and securely. Here’s why FleXbus is the solution of choice:
Adaptability: Allows varied configurations and easy installation, even in confined spaces.
Reliability: Ensures robust, long-lasting connections, minimizing the risk of electrical failure.
Space-saving: Thanks to its compact design, FleXbus saves significant space compared with traditional wiring systems.
This project at Schelling is a perfect illustration of our commitment to providing high-quality electrotechnical solutions. Thanks to the installation of 160 meters of 2000A – IP55 power rails and 9 meters of FleXbus, we have ensured a reliable, high-performance electrical connection for Schelling’s buildings. We are proud of the trust our customers place in us, and will continue to innovate to meet their needs.
Thanks to our dedicated team for their outstanding work and to Schelling for their collaboration!
We recently showcased our expertise in electrotechnics through energy rails supply and installation at Idorsia, a prominent pharmaceutical laboratory nestled in Allschwil, within the canton of Basel, Switzerland. We offer robust and sustainable electrical infrastructure is paramount.
Energy distribution withing building
The intervention centered around the installation of energy rails, commonly referred to as Busbars, a vital component for efficient energy distribution within buildings. The specifications of the installed Busbars at Idorsia rated at 630A with a length spanning 65 meters. Such robust infrastructure not only ensures reliable electrical distribution but also underscores Amperio’s commitment to delivering durable, user-friendly, and eco-conscious solutions.
Busbars, or energy rails, as a cornerstone of electrical distribution systems, boast several key characteristics. Primarily, energy is channeled through insulated bars housed within a casing typically crafted from sheet metal or aluminum. This setup facilitates efficient distribution, aided by junction boxes strategically positioned along the length of the busbar system. These junction boxes enable safe connection and disconnection of additional equipment without interrupting power supply—a pivotal feature for maintaining operational continuity.
Busbar systems
One of the notable advantages of Busbar systems, exemplified by Amperio’s E-Line offerings, lies in their adaptability. Endowed with international testing certifications, E-Line busbars can be easily expanded, replaced, relocated, or repurposed whenever the need arises. This flexibility not only simplifies future modifications but also contributes to cost-effectiveness and safety. Extracting power from the system is a hassle-free endeavor, thanks to junction boxes placed at convenient intervals along the route.
Innovative technology
Amperio’s intervention at Idorsia exemplifies the fusion of precision engineering and practical sustainability. By implementing state-of-the-art Busbar technology, Amperio has not only enhanced the electrical infrastructure of a critical facility but has also exemplified its dedication to advancing eco-friendly solutions in the field of electrotechnics.
The collaboration between Amperio and Idorsia underscores the pivotal role of specialized firms in fortifying essential infrastructure. As industries evolve, the demand for efficient, adaptable, and sustainable solutions becomes increasingly pronounced. Through its expertise in Busbar technology and beyond, Amperio continues to spearhead innovation, setting a benchmark for excellence in electrotechnics.
Amperio team worked for a photovoltaic solar power plant in Onnens VD, with an impressive output of 8.3 MW and a surface area of 50,000 m², is a remarkable achievement in the field of renewable energy in Switzerland. Occupying the equivalent of 7 soccer pitches, the plant consists of 31,000 photovoltaic panels that generate electricity for around 2,300 Swiss households.
Weight management and ingenious solar panel design
One of the main challenges of this project was to manage the weight of the solar panels on the roof of the warehouses. Traditional solar panels weighing around 18 kg/m² would have been too heavy for the roof structure. The company developed lighter solar panels weighing no more than 10 kg/m², including the structure.
Secure and reliable electrical distribution
Another crucial challenge of this project was the electrical distribution and connection of the installation. To ensure optimum and secure electrical distribution, it was necessary to install robust and reliable power rails. This is where Amperio GmbH played a key role in the project’s success.
Amperio GmbH contributed to the electrical distribution of the plant by supplying almost 1 km of 2000A energy rails(busbars) with IP67 protection. These rails ensure a reliable and efficient connection between the photovoltaic panels and the electrical distribution system. Thanks to this technical contribution from Amperio, the energy generated by the 31,000 panels can be safely transmitted to supply Swiss households with green electricity.
Electrical distribution for photovoltaic power plant
Amperio’s expertise in electrical distribution and connection ensured optimum performance and long-term reliability. By providing high-quality electrical solutions, Amperio GmbH helped maximize the efficiency and sustainability of this solar photovoltaic power plant.
Active participation in the fight against global warming
This solar power plant in Onnens is a concrete example of how collaboration and innovation in electrical engineering can contribute to a greener, more sustainable energy future in Switzerland. The technical challenges of this project demonstrate the importance of expertise and creativity in developing efficient renewable energy solutions.
Amperio GmbH is proud to have played a part in this project, which contributes to the fight against global warming and the promotion of green energy. By participating in projects of this scale, we are affirming our commitment to energy transition and environmental protection. We are convinced that, through collaboration and innovation, we can help create a cleaner, more sustainable world for future generations.
In End of April, at Feucy, we attended the « Efficient solutions through direct current (DC microgrids) » conference in Bern, organized by EnergieCluster.
Experts from various fields shared their initiatives around direct current (DC), including applications in microprocessors and the retrofitting of machines originally designed for traditional alternating current (AC).
Amperio presented innovations such as the flexbus and energy rail, future-ready solutions that facilitate the use of DC at reduced cost and installation capacity. These technologies are particularly easy to install and integrate.
The event was also marked by an impressive speech from Christian Scharpf, our new sales representative for the Zurich region, whose direct and efficient approach greatly contributed to the interest generated by our stand, where many participants came to ask questions after the conference.
This event not only raised our company’s profile in the field of sustainable energy technologies, but also confirmed the growing importance of direct current in modern energy architecture.
Amperio electrifies Oensingen with the installation of energy rails and Flexbus.
In 2023, Amperio met the needs of an industrial customer in Oensingem. The project, centered on the installation of energy rails and Flexbus, saw the implementation of innovative solutions to power industrial machinery efficiently and sustainably.
Amperio played a crucial role throughout the process, from the initial study to the installation proposal, right through to the implementation of the solution. The expertise of the Amperio team was put to good use in designing a tailor-made installation that precisely met the energy requirements of the industrial machine in question. The team’s professionalism and commitment ensured that every stage of the project was carried out with efficiency and precision.
High-current electrical energy transport and distribution
The transport and distribution of high-current electrical energy is achieved by paralleling several large cross-section cables. Installing these cables in buildings requires the extensive use of cable trays, cable ladders, cable trays, etc. The implementation of the cables (minimum bending angle to be respected, fixing of floor channels, connection, calculation of distances between cables for heat dissipation, adjustment of length differences, etc.) is time-consuming and therefore more costly. Despite all the difficulties and expense mentioned above, the result is not sufficiently efficient. For example, you can’t get as much energy from as many places as you’d like.
Busbar systems
In order to eliminate the above-mentioned disadvantages, the modern CEP Prefabricated Electrical Raceway System (BUSBARSYSTEM) was developed. EAE partner Amperio sells EAE E-LINE KX (BUSBAR SYSTEM) products from 25A to 6300A. The high-tech, modular structure of the CEP E-LINE KX provides users with :
– secure energy supply, wherever they want it, using tap-off boxes
– easy, efficient planning
– rapid installation – improved heat dissipation
automatic length adjustment
Amperio therefore proposed EAE KX Line Plug-in power rails to the customer.
The power rail system is a modular electrical transmission and distribution system created by insulating the current-carrying medium, which consists of aluminum or copper busbar conductors placed in a closed body.
Thanks to their special design, voltage drop is minimal. With an installation length of 250 meters and a capacity of 2000 A, these rails have been specifically chosen to supply essential industrial machinery on site. EAE technology ensures a reliable power supply, meeting the industry’s most demanding requirements.
Flexbus
Amperio has also integrated the Flexbus from its partner nVent ERIFLEX, an innovative, patented solution for connecting electrical equipment, certified S+ by ESTI. Thanks to its unique concept, nVent ERIFLEX FleXbus offers an alternative power connection solution to cables. In fact, with ULTRA flexible braid, the conductor can have a cross-section of up to 1800mm2 for 1 conductor.
This innovative connection optimizes the management of electrical flows, offering greater flexibility in powering the industrial machine, and saves space by using just one conductor per phase. The installation of Flexbus has helped to improve energy efficiency and create an intelligent, adaptable electrical system.
with Amperio Team on this project
Amperio’s project in Oensingem in 2023 has demonstrated the company’s commitment to innovation and the provision of cutting-edge electrotechnical solutions. This project is a concrete example of Amperio’s ability to transform energy challenges into sustainable opportunities.