EnergyPLAN is a deterministic model as opposed to a stochastic model or models using Monte Carlo methods.Outputs are energy balances and resulting annual productions, fuel consumption, import/export of electricity, and total costs including income from the exchange of electricity.Ĭompared to other similar models, the following characteristics of EnergyPLAN can be highlighted: General inputs are demands, renewable energy sources, energy station capacities, costs and a number of optional different regulation strategies emphasising import/export and excess electricity production. The model is a deterministic input/output model.
The model encompasses the whole national or regional energy system including heat and electricity supplies as well as the transport and industrial sectors. The main purpose of the model is to assist the design of national or regional energy planning strategies on the basis of technical and economic analyses of the consequences of implementing different energy systems and investments. Input is defined by the user in terms of technologies and cost specifications.
POWER WORLD SIMULATOR INTRODUCTION SERIES
It is a user-friendly tool designed in a series of tab sheets and programmed in Delphi Pascal. The EnergyPLAN model has been developed and expanded on a continuous basis since 1999. You can also read our short brochure about Smart Energy Systems here.
POWER WORLD SIMULATOR INTRODUCTION HOW TO
Below you will find some examples of how to use EnergyPLAN. The focus is on the future rather than the present.ĮnergyPLAN is a deterministic model which optimises the operation of a given energy system on the basis of inputs and outputs defined by the user. Therefore, EnergyPLAN includes relatively detailed modelling of future technologies such as biomass gasification and synthetic fuels, but relatively aggregated modelling of today’s technologies such as power plants. The focus is placed on the future energy system and how that will operate, rather than on today’s energy system. This could classify EnergyPLAN as a ‘simulation’ tool rather than an optimisation tool, even though there is some optimisation within the model.įurthermore, the aim of EnergyPLAN is to model the ‘finishing point’ of the energy system rather than the starting point. Using this methodology, it is possible to illustrate a palette of options for the energy system, rather than one core solution.
The key objective is to model a variety of options so that they can be compared with one another, rather than model one ‘optimum’ solution based on defined pre-conditions. The main purpose of the EnergyPLAN model is to analyse the energy, environmental, and economic impact of various energy strategies.
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