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Microgrid for the Purpose of the Development of Net-Zero Energy Green Buildings and Communities Towards 100 Renewables Vision: Microgrids as the Buildingblocks

机译:以零净能发展绿色建筑和社区为目标的微电网,以实现100%可再生能源的愿景:以微电网为基石

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The usage of energy in the world has greatly increased, including those from renewable resources. The usage of renewable energy, especially in the form of distributed generation, is beneficial for the environment. The delicate ecosystem needs effective systems for the better utilization of the natural energies. Solar and Wind power lead the types of renewable energy that are integrated into electrical power system, thanks to major advancements in conversion technologies like solar panels and wind turbines. However, wind and solar are intermittent and hence need complex control systems in the power systems to address such variations. State-of-the-art solutions are available today that enable the usage of these variable energies without losing the full capacity of generation and also stabilize the overall grid on a modular level to provide the maximum efficiency for use with the loads. These are made possible due to Microgrid control systems. For a (net-zero energy) green building requirement, the control of power through such automated systems make available the best quality power and also utilize any generation and storage sources within the building. These hybrid-like systems make possible optimum utilization of the grid's sources and varied loads to give the most stable system with quality power control.
机译:世界上的能源使用量已大大增加,其中包括来自可再生资源的能源。使用可再生能源,特别是以分布式发电的形式,对环境有利。脆弱的生态系统需要有效的系统,以更好地利用自然能量。得益于太阳能电池板和风力涡轮机等转换技术的重大进步,太阳能和风能引领了整合到电力系统中的可再生能源类型。然而,风和太阳能是间歇性的,因此需要电力系统中的复杂控制系统来解决这种变化。当今最先进的解决方案使这些可变能量的使用成为可能,而又不会失去全部发电能力,并且还可以将整个电网稳定在模块化水平上,以提供最大的负载使用效率。由于使用了微电网控制系统,这些功能成为可能。对于(零净能耗)绿色建筑要求,通过此类自动化系统进行的电源控制可提供最优质的电源,并且还可以利用建筑物内的任何发电和存储资源。这些类似混合系统的系统可以优化利用电网的电源和变化的负载,从而为最稳定的系统提供高质量的电源控制。

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