The growing integration of distributed electric power generators means the reliability of
electricity distribution systems will increasingly depend on the reliability of primary energy …

The increasing integration of natural gas-fired distributed power generators at the
distribution level of the electric power system presents reliability concerns. We present a …

Global electricity generation from natural gas is expected to continue in an upward trend in
the coming years thereby increasing the interdependency between the electricity and the …

A sequential recourse stochastic optimization approach to solving the long-term integrated
planning problem of a Natural Gas (NG) distribution system and Natural Gasfired Distributed …

Natural gas is increasingly becoming the preferred choice of fuel for flexible electricity
generation globally resulting in an electricity system whose reliability is progressively …

With growing investment in power generation based on natural gas (NG), restrictions in gas
transmission capabilities are becoming increasingly related to the operational planning of …

This paper proposes a distributionally robust expansion planning framework for the gas-fired
distributed generation in the interconnected distribution and natural gas networks with …

Power-to-gas facilities (PtG) are able to convert excess renewable energy into synthetic
natural gas that can be stored in natural gas storage units. The coordinated planning of gas …

In many power systems, in particular in Great Britain (GB), significant wind generation is
anticipated and gas-fired generation will continue to play an important role. Gas-fired …

This paper presents a new planning expansion model of an electricity and natural gas
distribution system that has high penetration of distributed generation based on natural gas …