This paper explores the collective efficacy of hybrid framework power-sharing control strategies within microgrid systems by integrating various droop controllers, including conventional droop, universal droop, dVOC, and VSG methodologies. Each controller's unique contributions are scrutinized concerning system stability, efficiency, and adaptability considering the impact of diverse tests on system performance. The performance analysis involves the examination of power-sharing, with a specific focus on transient and steady-state behaviors among DERs connected through complex transmission line impedances, alongside variations in local loads. The research concludes with extensive Typhoon HIL 604 real-time simulation scenarios conducted under different operating conditions, aiming to identify the optimal configuration that preserves microgrid stability.