Electricity production and distribution
Electricity has become necessary for everything we do today. It is therefore necessary to have different types of power plants and in large quantities to supply today's companies. Electricity is produced in power plants by machines called alternators, which generate alternating current with a certain frequency of oscillation from the rotation of its axis. The electricity produced in power plants must be delivered to all points of use, such as homes and industries. And, therefore, there is a whole network with transformers that adapt the intensity of the current generated in the power plants to the point of consumption.
https://servicioscientificotecnicos.upc.edu/en/service-finder/search-filters/production-distribution-electricity
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Electricity production and distribution
Electricity has become necessary for everything we do today. It is therefore necessary to have different types of power plants and in large quantities to supply today's companies. Electricity is produced in power plants by machines called alternators, which generate alternating current with a certain frequency of oscillation from the rotation of its axis. The electricity produced in power plants must be delivered to all points of use, such as homes and industries. And, therefore, there is a whole network with transformers that adapt the intensity of the current generated in the power plants to the point of consumption.
These are the services that our research groups can develop. For customized information on the services, please contact us.
| Areas of service |
Scientific infrastructure |
| Energy management in smart cities |
Scientific research group team |
| Thermal management of electrification systems |
Calculation cluster and simulation and design software - CTTC |
| Completion of electronic and electrical tests and smart tests Forms part of the DERLA network |
Scientific research group team |
Construction, infrastructure, electricity production, electricity distribution, power electronics, electrical system, renewable electricity generation, transportation and distribution of electricity, mechatronics, energy management, renewable energy; energy efficiency in industry, buildings and cities; heating, ventilation, air conditioning and refrigeration; thermal systems and equipment (energy storage, waste energy utilization, heat exchangers, etc.); thermal management of current, hybrid and electric equipment and vehicles (urban and freight transport, rail, aeronautics and space); health technologies, DERLA, electrical testing, smart electricity
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