摘要：【中文】本发明公开了一种基于人体感知的分体空调自适应控制系统及方法，涉及空调节能及智能控制技术领域，通过人体动态感知单元对人体温度和心跳和环境参数感知单元对所处环境温湿度等参数进行感知，空调智能控制单元根据人体舒适度需要对分体空调进行自适应温度设定和调节，以人体舒适需求为控制目标，避免了分体空调根据环节参数而调节的固化模式，导致能源浪费或人体舒适度偏差较大的情况。另一方面，实现了分体空调自适应控制，解决了当使用者由于进出房间或运动等行为导致体温、心跳身体参数短时间大幅度变化时，对空调设定参数进行频繁调整的需要，提高了空调使用的便捷性。 【EN】The invention discloses a split air conditioner self-adaptive control system and method based on human body perception, and relates to the technical field of air conditioner energy conservation and intelligent control. On the other hand, the self-adaptive control of the split air conditioner is realized, the requirement of frequently adjusting the set parameters of the air conditioner when the body temperature and the heartbeat body parameters of a user are greatly changed in a short time due to the actions of entering and exiting a room or doing sports and the like is solved, and the convenience of the use of the air conditioner is improved.

摘要：【中文】本发明涉及设备控制技术领域，具体涉及一种分散式用户设备的控制方法，本发明中用户设备与WIFI网关通过LonTalk协议进行通讯，有效的解决了以无线通讯模块作为智能家居内部网络产生的网络不稳定、穿透性不强、覆盖有盲点的缺点。服务器与WIFI网关通过TCP/IP的Sokcet协议进行通信；服务器与控制APP通过WebSokcet协议进行通信，可以在不浪费手机大量资源的前提下，快速、安全的获得设备的实时状态。 【EN】The invention relates to the technical field of equipment control, in particular to a control method of distributed user equipment. The server and the WIFI gateway communicate through a Sokcet protocol of TCP/IP; the server and the control APP are communicated through the WebSokcet protocol, and the real-time state of the equipment can be quickly and safely obtained on the premise of not wasting a large number of resources of the mobile phone.

摘要：【中文】本发明公开了一种面向增量配电园区内空调需求响应的分区域调控方法，涉及需求侧响应技术领域，根据园区建筑的不同区域的需求响应程度和人们对不同区域空调温度的不同要求，对园区建筑的公共区域和非公共区域，对园区建筑的不同区域建模，分别统计参数，再在考虑舒适度情况下，分别进行冷/暖负荷预测，按照分区域优化调控策略，优先公共区域响应，在不满足要求的情况下，再对非公共区域进行响应，最终实现面向增量配电园区的建筑空调的需求响应。 【EN】The invention discloses a regional regulation and control method facing to demand response of air conditioners in an incremental power distribution park, which relates to the technical field of demand side response.

摘要：【中文】本发明公开了一种基于马尔可夫链修正的电能替代潜力灰色分析方法，涉及电力替代潜力分析的技术领域，通过建立电能替代影响因素的量化模型，确定前一年与基准年电能替代总量变化情况；根据电能替代影响因素的量化模型建立基于马尔可夫链修正的电能替代量灰色预测模型，得到的电能替代总量的预测值。即对影响电能替代的关键因素利用IPAT模型进行了分析，定义了电能替代量来量化电能替代潜力。利用组合预测方法对电能替代量进行很合理分析和预测，为电能替代发展趋势及潜力分析提供了量化的理论支撑，能够更好的指导面向电能替代的电源、电网、产能规划，对推进我国能源互联网建设具有参考价值。 【EN】The invention discloses an electric energy substitution potential gray analysis method based on Markov chain correction, which relates to the technical field of electric energy substitution potential analysis, and determines the electric energy substitution total amount change condition of the previous year and the reference year by establishing a quantitative model of electric energy substitution influence factors; and establishing an electric energy substitution quantity gray prediction model based on Markov chain correction according to the quantitative model of the electric energy substitution influence factors to obtain a predicted value of the electric energy substitution total quantity. Namely, key factors influencing electric energy substitution are analyzed by using an IPAT model, and electric energy substitution quantity is defined to quantify electric energy substitution potential. The combined prediction method is utilized to reasonably analyze and predict the electric energy substitution amount, provides quantitative theoretical support for electric energy substitution development trend and potential analysis, can better guide power supply, power grid and capacity planning oriented to electric energy substitution, and has reference value for promoting the construction of energy Internet in China.

摘要：【中文】本发明公开了一种基于误差反馈的电力负荷数据插补方法，涉及电力系统中缺失数据插补技术领域，首先采用均值插补法、EM插补法、回归插补法对用户负荷数据进行缺失值插补，然后基于三类插补方法的误差反馈进行插补方法筛选，并设置插补权重，从而构建一种混合式数据插补方法，实现一种基于误差反馈的电力负荷数据插补方法，能够在保证误差较小的基础上，更通用、更稳定地处理综合能源系统的大量负荷数据。 【EN】The invention discloses an error feedback-based power load data interpolation method, which relates to the technical field of missing data interpolation in a power system.

摘要：【中文】本发明公开了一种考虑V2G的增量配电园区内电网容量配置优化方法，涉及综合能源优化技术领域，通过分析园区内电网的运行原理，建立光伏阵列模型、风力发电模型、蓄电池的电量模型、电动汽车的充放电模型；根据建立的模型的设置V2G系统的目标函数、各设备约束条件和能源供给平衡约束条件；通过差分进化算法，对V2G系统的增量配电园区内电网的容量配置进行优化，是优化的配置能够满足系统正常运行条件下，优化调度各设备的出力，最大限度地减少运行费用，提高系统的经济效益。 【EN】The invention discloses a V2G-considered incremental power distribution park power grid capacity configuration optimization method, which relates to the technical field of comprehensive energy optimization, and comprises the steps of establishing a photovoltaic array model, a wind power generation model, a storage battery electric quantity model and an electric vehicle charging and discharging model by analyzing the operation principle of a power grid in a park; setting an objective function, each equipment constraint condition and an energy supply balance constraint condition of the V2G system according to the established model; the capacity configuration of the power grid in the incremental power distribution park of the V2G system is optimized through a differential evolution algorithm, the optimized configuration can meet the condition that the system normally operates, the output of each device is optimized and scheduled, the operating cost is reduced to the maximum extent, and the economic benefit of the system is improved.