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Portuguese energy company EDP embarks on bidirectional charging, disregarding the absence of regulatory guidelines in Portugal

Despite lacking formal regulations for bidirectional charging in Portugal, companies persist in investing in this technology, as its importance grows, especially in mitigating the strain on the electrical grid due to electric vehicles. What approach does EDP take?

Portugal-based EDP explores bidirectional charging, disregardingabsence of regulatory structure for...
Portugal-based EDP explores bidirectional charging, disregardingabsence of regulatory structure for this technology in the country

Portuguese energy company EDP embarks on bidirectional charging, disregarding the absence of regulatory guidelines in Portugal

EDP Portugal, a leading energy provider, is at the forefront of integrating innovative technologies to promote sustainable energy solutions. One such technology is Vehicle-to-Grid (V2G), which enables electric vehicles (EVs) to function as mobile energy storage stations.

With over 3,300 contracted public charging points, EDP is making strides in the electric vehicle charging sector. Of these, 1,900 have already been installed and are operational nationwide. This extensive network has enabled more than 200 million kilometers of travel using only electricity, thereby avoiding over 20,000 tonnes of CO2 emissions.

EDP's commitment to V2G is a tangible reality in their current projects. The company is treating electric vehicles as assets that can contribute to the stability of the infrastructure. Bidirectional chargers can supply EV batteries and discharge energy back into the grid, especially during periods of high demand. This two-way energy flow could play a crucial role in managing the grid and stabilizing infrastructure.

EDP is also exploring smart charging solutions to mitigate power limitations of the electrical grid. For instance, V2G technology can be used to balance the grid during critical times, support buildings during peak consumption, and facilitate the integration of decentralized renewable sources.

The effective implementation of V2G technology in Portugal largely depends on the evolution of the regulatory framework and compliance with the Alternative Fuels Infrastructure Regulation (AFIR) and the Renewable Energy Directive (RED) III. A favorable regulatory framework is crucial to addressing challenges and ensuring the effective implementation of solutions, according to EDP.

EDP Portugal's approach with V2G functionality is not limited to the public sector. The company recently launched an offer allowing fleet managers to provide integrated charging solutions to employees. This initiative underscores EDP's dedication to promoting electric mobility in the private sector as well.

Keeping pace with innovation and technology is essential for the development of electric mobility in Portugal and globally, as emphasized by EDP. The company is collaborating with Petroprix in Spain to implement ultra-fast charging points equipped with batteries that are recharged when the chargers are not in use.

Moreover, EDP is working on solutions to increase clean energy capacity and manage growing demand from electric vehicles. This intelligent management is vital for maximizing the use of existing infrastructure and reducing the need for additional investments in the electrical grid.

EDP in Portugal considers regulations focusing on grid compatibility, safety standards, and dynamic pricing incentives to effectively integrate V2G technology and promote bidirectional energy flow between electric vehicles and the grid. The company plans to continue expanding its network through partnerships with private companies and public tenders.

In conclusion, EDP Portugal's commitment to V2G technology is a significant step towards a greener future. By treating electric vehicles as assets that can contribute to the stability of the infrastructure, EDP is not only promoting sustainable energy solutions but also contributing to the decarbonization of the electricity system, as required by accelerating the transition to renewable energy and a decentralized grid system.

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