STARTUP CHALLENGE: INSPECTION OF CRITICAL SYSTEMS AT SUBSTATIONS
We seek competitive and innovative solutions to improve and simplify assembly in substations
The deadline for submitting proposals to the latest Startup Challenge launched by Iberdrola group ended on 5 April, with which the company aims to find simple and low-cost solutions that make it possible to identify anomalies during cell assembly work in medium and high voltage substations.
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Iberdrola has over 1.2 million kilometres of electricity transmission and distribution lines, spread throughout the United States, Brazil, the UK and Spain. This network comprises over 4,400 high to medium voltage sub-stations and more than 1.5 million medium to low voltage distribution transformers, built and operated to provide a high-quality and reliable service to a total of 31 million electricity supply points.
On many occasions, breakdowns occur in the switchgears with origin in assembly failures that could not be detected during factory tests, since the equipment is assembled onsite, nor during the visual inspection procedures, since they are located in inaccessible areas inside the switchgear, within the substations. Some examples of these faults include: power cable errors in making the terminal connections, incorrect connection of unconnected earth strips, auxiliary items that have not been fitted, among others.
The repercussions of these failures in the insulation manifest in the form of partial discharges.
Currently, these high-frequency phenomena can be detected by a number of methods, such as ultrasound or transmitted or radiated fluctuations. Thus, partial discharge detection techniques are used in very high voltage substations for very expensive equipment, such as underground cables and GIS substations. From these measurements, Iberdrola's highly-specialised staff analyse the results and finally establish the root of the problem.
The problem here is that these are costly and complex methods that also require sophisticated equipment. Furthermore, during assembly and disassembly operations of critical equipment, one of the following actions is also required:
- Installing permanent monitoring systems.
- De-energising the installation during assembly and disassembly of the partial discharge sensors.
The cost and complexity of these jobs, as well as the difficulty of de-energising the facilities, make their application in high and medium voltage systems unviable.
DESCRIPTION OF THE CHALLENGE
Given this context, Iberdrola — through its International Startup Programme - PERSEO — launched a challenge in the search for competitive, innovative solutions that make it possible to identify anomalies when assembling switchgear at medium and high voltage substations.
Specifically, we seek solutions that meet the following criteria:
- Simple measuring systems, suitable for non-specialist staff.
- Solutions that can also be used during subsequent servicing, with the installation under load.
- That can also be used during subsequent servicing, with the installation under load.
- That provide automatic assessment of the measurements (e.g., "correct/incorrect") in order to determine the need to check the assembly work, without requiring evaluation of the damaged equipment.
- That also involve simple assembly where de-energization of the facilities is not required for installation.
The submitted proposals will be analysed by experts from the Iberdrola Networks business.
For evaluation, the following will be taken into account:
Reliability and appropriateness for high and medium voltage systems (HV and MV).
Simplicity of use and interpretation of results.
Usage cost for installations at the commissioning stage and in operational facilities.
GLOBAL SMART GRIDS INNOVATION HUB
The challenge is being developed within the framework of Iberdrola's new smart grid innovation centre, the Global Smart Grids Innovation Hub. This centre aims to be a world reference in smart grids — through open collaboration and coworking between i-DE technicians with suppliers, startups and different organizations around the world — and will enable it to respond to the challenges of the energy transition.
The hub will act as a driving platform for innovation, combining the company's technological capacity with that of collaborators: suppliers, universities, technology centres and startups. It will also attract strategic suppliers and international talent, thereby strengthening the business ecosystem.
Iberdrola has already identified more than 120 projects for future development with a value of 110 million euros. The lines of work, which are international in scope, will enable the development and deployment of innovative solutions for the activity of Iberdrola Networks throughout the world.
The selected project will be developed in collaboration with the technical specialists from the Iberdrola Networks area.
The prize will consist of us signing a collaboration agreement for the development of a proof-of-concept with PERSEO or any other relevant Iberdrola group company, who will assume the costs and provide the winner with the necessary technical support, giving access to infrastructures and real data to test the solution.
In addition, you will be included directly in the process of joining the Global Smart Grids Innovation Hub, as one more collaborator who will be able to benefit from the services, activities and resources that are made available in the GSGIHub.
If the proof-of-concept is satisfactory, Iberdrola may offer the winner the opportunity to scale up the solution by means of commercial agreements.
In addition, Perseo may consider investing in the participant.
If you have any questions, please contact IberdrolaChallenge@iberdrola.es.
of the challenge