Check the usage license for data and figures of this website at theAbout page
Understood
Understood
Check the usage license for data and figures of this website at theAbout page

Optimization for 2030 based on 2018 with 70% emission reduction

Overview

This document includes assumptions, results and interactive figures about the optimization for the Spanish energy mix in 2030 considering 2018 data with a 70% of emission reduction.

Main assumptions for 2030 electric mix

  • Shut down of coal power plants.
  • Nuclear power reduced from 7.1 GW (2018) to 3.2 GW (2030).
  • Cogeneration power reduced from 5.74 GW (2018) to 1.72 GW (2030), a 70% reduction.
  • Fuel & gas power reduced form 2.49 GW (2018) to 0.75 GW (2030), a 70%% reduction.
  • New solar thermal power plants have 12-hour thermal storage capacity with a 90% of storage efficiency.
  • Pumped hydropower increased from 3.3 GW (2018) to 6.8 GW (2030).
  • Pumped hydropower capacity increased from 14 GWh (2018) to 28.8 GWh (2030) with a 76% of storage efficiency.
  • Electric batteries with 2.5 GW of power and 10 GW of capacity.
  • 0.5% annual demand increment (from 2018).
  • 70% emission reduction with respect to 1990.


Main results

Installed power PV (GW) Installed power wind (GW) Installed power CSP (GW) Total installed power (GW) Renewable power (GW) Mean energy cost (c€/kWh)
31.95 59.33 8.58 159.69 127.27 (79.70%) 4.8

Demand (TWh) Generated elec. (TWh) Exported elec. (TWh) Imported elec. (TWh) Dumped elec. (TWh) CO2 emissions (kton) and reduction (%) (1)
286.5 309.42 -17.09 0.01 5.84 19,359.63 (70.00 %)

(1) Percentage reduction with respect to emissions in 1990 (64,538 kton CO2).

Optimization Variables

New power of the following energy sources to be installed:

  • Photovoltaic power (PV).
  • Wind power.
  • Concentrating solar power (CSP).


Optimization Goals

Minimize the following criteria:

  • Average electricity generation cost.
  • Dumped energy.


Optimization Restrictions

  • Electric demand must be at least matched.
  • Combined cycle power plants are used as much as possible but without exceeding the maximum allowed CO2 emissions.


Information

Region:        Spain
Target year:        2030
Data year:        2018
CO2 reduction:        70%
Authors:        Julián Blanco, Javier Bonilla, Eduardo Zarza and Diego Alarcón


Optimization details





About

Plataforma Solar de Almería (PSA), a dependency of CIEMAT, is the largest concentrating solar technology research, development and test center in Europe. PSA activities are integrated in the CIEMAT organization as an R&D division of the Department of Energy.

0.8.7

Social Links

Website facebook twitter youtube website

Location

Plataforma Solar de Almería
Ctra. de Senés km. 4,5 Tabernas,
Almería, Spain.

Email: info@psa.es
Tel: +34 950 387 800
Website: https://www.psa.es

License

Check the usage license for data and figures of this website at the About page