Optimization Methods for Integrating Energy and Production Systems

Idioma: inglés

Editorial: Verlag G. Mainz, DE, 2022

3958864457 / 9783958864450

  • Tapa blanda
  • Nuevo
Ver todos los detalles

Librería: Rarewaves.com USA, London, London, Reino UnidoRarewaves.com USA

Vendedor de 5 estrellas

Vendedor de IberLibro desde 11 de junio de 2025

Tapa blanda

Condición: Nuevo

EUR 45,84

 Gastos de envío gratis 
Se envía de Reino Unido a Estados Unidos de America

Cantidad disponible: 1 disponible

Añadir al carrito
Devoluciones gratuitas de 30 días

Descripción del artículo del vendedor

The key measure to mitigate climate change is the reduction of greenhouse gas emissions. Hereby, energy-intensive industry plays a key role due to its substantial greenhouse gas emissions. A substantial share of these greenhouse gas emissions is caused by energy supply. Thus, energy supply needs to be more efficient in industry.In large industrial sites, on-site energy systems often supply production systems. Both systems thereby optimize their operation with respect to an objective such as operational cost or revenue. This thesis provides optimization methods for these large industrial sites. The optimization methods reflect two relationships between both systems: Both systems can either follow the same objective or system-specific objectives. The same objective exists, e.g., if both systems belong to one company. System-specific objectives exist, e.g., if both systems belong to different companies.For the case that both systems follow the same objective, a method is presented for the integrated synthesis of both systems. For the same case, a method is presented for integrated scheduling to provide control reserve. For the case that energy and production systems have system-specific objectives, two cases are distinguished: incomplete and complete information exchange. For incomplete information exchange, an optimization method is introduced for the coordination between a single energy and a single production system. This optimization method is then extended to multiple energy and multiple production systems. For complete information exchange between the systems, a bilevel problem is formulated. For solving the bilevel problem, an existing solution algorithm is adapted.All methods presented in this thesis are applied to case studies, and advantages and disadvantages are examined. The case studies show that no method provides the optimal solution for the production system in all identified relationships between the systems. Thus, depending on the case at hand, the respective optimization method has to be applied. Overall, this thesis presents optimization methods for all identified relationships between energy and production systems. Thus, this thesis enables the selection of a suitable optimization method for all kind of production systems with decentralized energy supply.…

N° de ref. del artículo LU-9783958864450

Título
Optimization Methods for Integrating Energy and Production Systems
Autor
Ludger Leenders
Editorial
Verlag G. Mainz, DE
Año de publicación
2022
Estado
New
Encuadernación
Paperback
Idioma
inglés
ISBN 10
3958864457
ISBN 13
9783958864450
Peso del artículo
306 gramos

Rarewaves.com USA

London, London, Reino Unido

Vendedor de 5 estrellas

Vendedor de IberLibro desde 11 de junio de 2025

Tarifas de envío de Reino Unido a Estados Unidos de America

ArtículoDe 9 a 14 días hábilesDe 9 a 14 días hábiles
Primer artículoEUR 0,00EUR 0,00
Los plazos de entrega los establecen los vendedores y varían según el transportista y la ubicación. Los pedidos que pasan por la aduana pueden sufrir retrasos y los compradores son responsables de los aranceles o tarifas asociadas. Los vendedores pueden ponerse en contacto con usted en relación con cargos adicionales para cubrir cualquier aumento en los costes de envío de los artículos.

Métodos de pago

  • Visa
  • Mastercard
  • American Express
  • Carte Bleue
  • Apple Pay
  • Google Pay

Información empresarial del vendedor

RAREWAVES.COM LIMITED

Elsley Court, 20-22 Great Titchfield Street
London, Reino Unido W1W 8BE