Recent developments and future challenges for large integration of renewable energy sources
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Mostrar el registro completo del ítemAutor(es):
Jiménez-Ruiz, Javier; Gil García, Isabel Cristina; Molina-García, Ángel; Honrubia-Escribano, Andrés; Gómez-Lázaro, Emilio [et al.]Fecha de publicación:
2024-08Resumen:
In this chapter, recent advancements and forthcoming challenges related to the substantial integration of RES into power systems are examined. As the global energy landscape undergoes continuous transformation, it becomes crucial to investigate emerging trends and anticipate the obstacles associated with the widespread incorporation of RES into power infrastructure. Given the increasingly significant role that renewable energies play in power systems, it is imperative for these systems not only to meet demand requirements but also to uphold quality standards consistent with current needs. To realize the goal of establishing a society reliant on a fully renewable and greenhouse gas emissions-free electrical system, it is essential to address current issues pertaining to RES, including but not limited to fault ride-through capability, frequency control, and voltage control. Effectively resolving these challenges will bring society one step closer to achieving a sustainable energy future.
In this chapter, recent advancements and forthcoming challenges related to the substantial integration of RES into power systems are examined. As the global energy landscape undergoes continuous transformation, it becomes crucial to investigate emerging trends and anticipate the obstacles associated with the widespread incorporation of RES into power infrastructure. Given the increasingly significant role that renewable energies play in power systems, it is imperative for these systems not only to meet demand requirements but also to uphold quality standards consistent with current needs. To realize the goal of establishing a society reliant on a fully renewable and greenhouse gas emissions-free electrical system, it is essential to address current issues pertaining to RES, including but not limited to fault ride-through capability, frequency control, and voltage control. Effectively resolving these challenges will bring society one step closer to achieving a sustainable energy future.


