Modelling of electricity sector of Kazakhstan

The project's main objective is the modeling of the electricity sector in Kazakhstan. The demand growth in the last years could be compensated so far by reactivation and retrofit of existing old reserve capacities from the Soviet era. Translated into choices for system development the decisions are on technologies of new capacity, availability and costs of resources, and the transmission network. All these aspects can be addressed with the detailed electricity sector model

Modelling of electricity sector of Kazakhstan

The project's main objective is the modeling of the electricity sector in Kazakhstan. The demand growth in the last years could be compensated so far by reactivation and retrofit of existing old reserve capacities from the Soviet era. Translated into choices for system development the decisions are on technologies of new capacity, availability and costs of resources, and the transmission network. All these aspects can be addressed with the detailed electricity sector model

Development of energy system model of the Caspian region

The main objective of the project is to develop and to use the model of energy system of Central Asia and Caspian region (CAC): Azerbaijan (AZJ), Kazakhstan (KZK), Turkmenistan (TKM) and Uzbekistan (UZB) - TIMES-CAC-4R and to assess quantitatively the direct economic benefits of cooperation in export of hydrocarbons among CAC countries

GPU accelerated shake and rattle algorithms for systems with holonomic constraints

The dynamic of complex fluid can be described by including viscoelastic stress tensor into the equation of Non-Newtonian fluid. Different models are used to evaluate the stress tensor at various levels, with the multi-scale model being the most effective

GPU accelerated shake and rattle algorithms for systems with holonomic constraints

The dynamic of complex fluid can be described by including viscoelastic stress tensor into the equation of Non-Newtonian fluid. Different models are used to evaluate the stress tensor at various levels, with the multi-scale model being the most effective

Modeling of the Caspian region energy system

This is the first instance when the Caspian Region fuel and energy complex is modeled with sufficiently detailed representation of both supply and demand sides (bottom-up approach). The technological description of the existing mix of plants, demand devices, industrial chains can be further improved, nevertheless there are several energy environmental actions that might be tested and evaluated using this model: • a cooperative implementation of energy commodity inter-trade across the four Countries and exports levels (quantities) of the Area as a whole; • the insertion of national-specific constraints aiming at stressing the systems on prospects of the renewable energy usages and on energy efficiency potential; • the insertion of a single environmental target for the whole area in the context of GHG reduction

Energy, economic and ecological modelling of variants of the Republic of Kazakhstan energy system development and its connection with the global energy system

The TIMES-Kazakhstan is a mono-regional energy system model of the Republic of Kazakhstan (the RoK), built using the MARKAL/TIMES tool. The main purpose of this three-year-project is qualitative and quantitative analysis of the energy system of Kazakhstan using environmental, economic and engineering measurements to assist decision makers in determining the effectiveness of policies and decision-makin

Energy, economic and ecological modelling of variants of the Republic of Kazakhstan energy system development and its connection with the global energy system

The TIMES-Kazakhstan is a mono-regional energy system model of the Republic of Kazakhstan (the RoK), built using the MARKAL/TIMES tool. The main purpose of this three-year-project is qualitative and quantitative analysis of the energy system of Kazakhstan using environmental, economic and engineering measurements to assist decision makers in determining the effectiveness of policies and decision-makin