This paper investigates the macroeconomic effects of a domestic electricity price shock in Sweden, a country undergoing a rapid green energy transition. Using a dynamic stochastic general equilibrium (DSGE) model, the paper analyzes the impact of electricity price volatility under three scenarios: a Baseline scenario, a Low Import - High Demand scenario, and a High Import - High Demand scenario. The results indicate that while output in the non-energy sector remains pretty much unaffected, the domestic electricity sector experiences significant expansion in production and capital investment. Conversely, the non-energy sector sees reductions in electricity input and capital, and both domestic and foreign electricity consumption as well as non-energy consumption experiences sharp declines immediately after the shock. By offering a comprehensive analysis of the economic consequences of an electricity price shock in Sweden, this paper contributes valuable insights to the field of energy economics.