This paper compares and analyzes data generation methods required for simulations that experiment with various scenarios to optimize the allocation of manpower and material resources when firefighters intervene. We review various data generation methods such as Random Sampling, Tabular Variational Autoencoders, GANs, Conditional Tabular GANs, and Diffusion Probabilistic Models, and evaluate the quality of the generated synthetic data by combining existing metrics such as Wasserstein distance and metrics specific to the firefighting field such as response time distribution, spatial-temporal intervention distribution, and accident representation. Considering the unbalanced distribution and non-normal distribution characteristics of firefighting intervention data, we propose a method to resolve the complexity of the data generation process.