off grid battery system cost vs benefit calculation in Sweden

Can off-grid solutions reduce energy costs?

off-grid solutions could, over time, generate lower costs for household energy (Nilsson, ). However, it is certainly not only depending on the cost development of self-sufficient solutions but also from pricing mechanisms in the grid-connected electricity system.

Is there economic rationale for off-grid applications in Sweden?

Opposingly, there is currently no economic rationale in off-grid applications considering the relatively low electricity costs in Sweden as of today. Moreover, conditions show promise if the adopters see beyond economics and, possesses a strong will towards independence.

Is solar PV a good option for off-grid rural electrification?

Grid-parity is much driven by subsidies but, even without subsidies, the self-sustaining system of Solar PV was already in the least cost option for off-grid rural electrification with bright promises for the developing countries (Breyer and Gerlach, ).

Can a large scale off-grid deployment lead to a household electricity system?

This is also aligned with the findings from Energiforetagen () and Swedish Energy Agency (), where a large scale off-grid deployment leading to an electricity system characterized by household electricity production was not a feasible option for the Swedish electricity system.

Is off-grid a challenge to the system of today?

On the other hand, grid-connection costs are increasing with a large share of fixed costs at the same time as off-grid applications are decreasing in investment cost, which, according to the respondents, creates a scene where off-grid challenges the system of today.

What is an off-grid power system?

Off-grid Stand-alone power system that is not connected to the grid. Off-grid applications Technology that is used in a stand-alone power system, such as, solar photovoltaic panels, batteries, other forms of power sources, and energy storage. Partially off-grid A system that can produce electricity, however, still connected to the grid.

Report(6.0) FINAL FINAL FINAL EDITION.pdf

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Proceedings of

This study deals with an optimization approach for the multi-objective optimal design of hybrid PV-PHS and PV-battery systems for off-grid supply for a case study in Sweden.

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