Wieland Electric, a pioneer in electrical connectivity and energy distribution solutions, is committed to driving innovation in the electromobility sector. Introducing Podis®, a revolutionary flexible flat cable system designed to streamline the setup of charging infrastructure for electric vehicles (EVs). With Podis®, decentralized energy distribution becomes effortless, enabling efficient and flexible EV charging in multi-storey and underground car parks.
Decentralized Power Distribution
For Electric Vehicles
Electric vehicles have emerged as a promising solution for reducing CO2 emissions and improving air quality. However, the vehicles and their charging infrastructure pose challenges on the road to a greener and more sustainable future. The increasing number of electric vehicles is causing demand for electric charging stations to skyrocket, straining existing power grids and leading to power outages and expensive retrofits.
To address these challenges and facilitate long-term electromobility, Wieland Electric presents a pioneering solution for setting up a charging infrastructure with decentralized power distribution. The podis® flat cable system enables quick, safe, and flexible charging of electric vehicles in both new and existing underground car parks.
ALL ABOUT Podis® THE SYSTEM
The Podis® System
This innovative system features flat cable connectors and flexible flat cables, designed to facilitate quick, safe, and efficient energy distribution to multiple charging stations from a single supply line. The Podis® system includes key components such as flat cables, connection modules, cable end pieces, and fastening clamps, all engineered for seamless integration and minimal installation complexity.
Features
- 5-core flat cable bus system
- 2 EV power circuits per cable
- IP protection class 65
- Modern appearance
USES
The Podis® flexible flat cable connector system has been successfully installed into various multi-storey and underground car parks, demonstrating its practical benefits and reliability. They also highlight the system’s ability to provide efficient and scalable EV charging solutions which maintain the high standards of safety and performance. Project managers and electrical planners have praised Podis® for its ease of installation, reduced costs, and superior adaptability.
SAFETY AND RELIABILITY
Safety is a paramount concern for Wieland Electric. The Podis® flat cable system is designed to operate reliably in diverse environmental conditions, including open car parks exposed to moisture and temperature fluctuations. The system boasts an IP65 protection rating and UV resistance, ensuring durable and safe performance. The penetrating contacts in the flat cable connectors further enhance reliability, providing secure and stable connections.
UL LISTED SYSTEM
The podis® power distribution system is UL listed already, which simplifies installation and inspection.
Advantages of Podis®
✔️ Space Optimization
The Podis® flexible flat cable system significantly reduces the space required in control cabinets by minimizing the number of supply lines needed. This streamlined approach also decreases wiring complexity, allowing for a cleaner and more organized installation
✔️ Cost Efficiency
By utilizing flat cable connectors and flexible flat cables, the Podis® system lowers material and labor costs. The reduction in necessary components and simplified installation process also leads to less waste and fewer potential sources of error
✔️ SCALABILITY
A standout benefit of the Podis® flat cable system is its remarkable flexibility. Thanks to supporting easy retrofitting and scalability, it’s simple to expand or modify the charging infrastructure when required due to the increasing demand for EV parking spaces. With this adaptability, it’s possible to provide building owners and operators with long-term sustainability and costs.
IMPRESSIVE SPEED
Podis® allows for a quick and easy setup of charging infrastructure. It utilizes an innovative TC-ER cable (exposed run cable does not require additional protective enclosure) and clip-on outlet modules. These features enable many stations to connect to one supply line. It also eliminates the need for time-consuming dismantling and stripping of wires, significantly speeding up the installation, conversion, and expansion processes.
WE'VE TALKED ABOUT DECENTRALIZED ENERGY DISTRIBUTION, BUT WHAT EXACTLY DOES THAT MEAN?
A centralized installation requires significantly more material than a decentralized one. The large number of supply lines also means that considerable space is required in the distribution cabinet. Retrofitting thus becomes a Herculean task.
Decentralized installation with podis® allows you to implement energy distribution for an entire parking deck with just one supply line and place the modules for tapping-off energy exactly where you need them. This saves space and ensures a modern, clear aesthetic.
Disadvantages of Conventional Installation
❌ Time-consuming
❌ Large material requirements and waste
❌ Increased space requirements
❌ Very time-consuming changes
Advantages of Decentralized Installation
✅ Excellent flexibility
✅ Space-saving
✅ Maximum error prevention
✅ Less material and labour required
✅ Impressive installation speed
✅ Exceptional quality
JUST TRY IT OUT -
GET TO KNOW QUALITY AND FUNCTIONALITY WITHOUT ANY RISK
WE DELIVER THE PROOF IN A SAMPLE CASE
Podis® offers exceptional quality and practicality, making it an ideal choice for businesses seeking a reliable and efficient solution for powering EV chargers. With a range of features prioritizing safety, reliability, and ease of use, it can meet the needs of businesses across various industries. If you want to try out Podis® for your business, Wieland Electric offers a sample kit that can be ordered directly. See for yourself. In our podis® sample case you will find all the components you need to connect the podis® energy bus system:
- Flat cable 5G16 & 5G25
- Connection module for the output with cable gland
- Connection module with pluggable output
- A pre-assembled cable
- Various mounting options and screw drivers
