Energy and Resources

  title={Energy and Resources},
  author={Bent S�rensen},
  pages={255 - 260}
Two possible futures for the industrial world may be distinguished: (i) Large amounts of low-cost energy become available and the more energy-intensive methods for extracting resources from lowergrade deposits continue to sustain industrial expansion until either the environmental impact becomes unacceptable or ultimate limits, such as climate disruptions, put an end to such growth. (ii) The cost of nonrenewable energy resources continue to rise, but a fixed amount of energy from continuous… 

A Global Overview of Future Energy

The role of storage technologies throughout the decarbonisation of the sector-coupled European energy system

Comparing simulations of hydrogen storage in a sandstone formation using heterogeneous and homogenous flow property models

Hydrogen storage in porous geological formations is a potential option to mitigate offsets between power demand and generation in an energy system largely based on renewables. Incorporating hydrogen

The Transition From X% to 100% Renewable Future: Perspective and Prospective

  • K. Khalilpour
  • Engineering
    Polygeneration with Polystorage for Chemical and Energy Hubs
  • 2019

Hydraulic Effects During Large-Scale Hydrogen Storage in Porous Formations

  • W. PfeifferS. Bauer
  • Engineering, Environmental Science
    Springer Series in Geomechanics and Geoengineering
  • 2018
Hydrogen storage in porous geological formations could be employed in future energy systems to mitigate shortages due the fluctuating power production from renewable sources. In this work, hydraulic

Solar Photovoltaics in 100% Renewable Energy Systems



Data from the report of the Wind Power Committee, Association of Danish Power Stations, Copenhagen, 1962, combined with industrial price indices

    The final 1974 data are not available as of this writing, but preliminary statements indicate a drop in total energy consumption of at least 10 percent relative to

    • 1968

    Denmark's Statistical Department

    • 1959

    Teknisk Forlag, Copenhagen, 1974), according to the method of N. Robinson [Solar Radiation

    • Wind energy is calculated from M. Jensen [Proceedings of the United Nations Conference on New Sources of Energy
    • 1961

    Rangi, report from the 1973 Annual Meeting of the Pacific Northwest Region of the American Society of Agricultural Engineers, PNW 73-303

    • 1973

    Communication from the Wind Energy Committee

    • Danish Academy of Technical Sciences