Hybrid energy framework is the designing plan of hybridizing power supply part or blending them, for instance, organizing different energy assets to work in parallel (equivalent) is exceptionally normal in force. In this way, hybridizing is characterized as the shaping crossbreed of sets of specialists for cooperating to accomplish a reason. Hybrid energy framework is a foundation plan that incorporates different or various energy converts to energy storage, energy conditions, energy management framework. In this paper an independent PV/wind hybrid energy framework is thought of and its reliability quality attributes are talked about by utilizing Markov method. The assumed hybrid energy framework has three type of states i.e., operating, degraded and failed. The framework is assumed to be repaired from degraded and failed states. Various reliability indices such as reliability, availability, mean time to failure (MTTF), expected cost and sensitivity are evaluated. Graphical representation of the reliability characteristics is also illustrated for the considered system. The area of investigation inside the field of sustainable power is worldwide and the aftereffects of this investigation are plentifully useful for the architects, planners, analysts and understudies of different fields.

混合能源架构是将供电部分混合或混合的设计方案，例如，组织不同的能源资产并行（等效）工作是异常正常的。以这种方式，杂交的特点是为合作完成一个原因而形成的专家组的杂交。混合能源框架是一个基础计划，将不同或各种能源转换为能量存储、能源条件、能源管理框架。本文提出了一个独立的光伏/风能混合能源框架，并利用马尔可夫方法讨论了其可靠性质量属性。假设的混合能源框架具有三种类型的状态，即运行、降级和失败。假设框架已从降级和故障状态修复。评估各种可靠性指标，例如可靠性、可用性、平均无故障时间 (MTTF)、预期成本和敏感性。还说明了所考虑系统的可靠性特性的图形表示。可持续能源领域内的研究领域是世界性的，这项研究的后遗症对不同领域的建筑师、规划师、分析师和研究人员都非常有用。