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首页> 外文期刊>American journal of applied sciences >Ecosphere Protection through Green Energy
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Ecosphere Protection through Green Energy

机译:通过绿色能源保护生态圈

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摘要

A systemic approach, comprising all research and development activities that support the expansion of eco-efficient industrial and social systems fulfilling market and social-cultural constrains, is required to accomplish the challenge for competitiveness and sustainability along with an increasingly dynamic and complex global scientific, industrial and cultural scenarios. Ecosphere protection through the implementation of green energy is becoming a daily technological reality. Especially in recent years, various sources of green energy have been introduced in our Technosphere and Valuesphere. The process, which has began with difficulty but finally resulted in the acceleration and implementation of new green energy technologies, is still impaired by major emerging limitations. The most worldwide experienced difficult obstacle was the unpredictable and fluctuating green energy production. This study proposes some solutions designed to solve this unpleasant aspect of inconstant production of green energy. The basic idea refers to the construction of specially designed hydroelectric plant that represents a true energy buffer. A hydroelectric old (adequately equipped) or a new one built according to this principle, can become a true buffer energetic, able to take energy generated by the turbines at full capacity (energy otherwise lost by unable to be stored or taken over by the national network) and a national system restore when green energy sources produce shorten.
机译:需要一种系统的方法,包括支持扩大生态高效的工业和社会系统,满足市场和社会文化约束的所有研究和开发活动,以应对竞争和可持续性的挑战,以及日益动态和复杂的全球科学,工业和文化场景。通过实施绿色能源来保护生态圈已成为日常技术现实。特别是近年来,我们的技术圈和价值圈引入了各种绿色能源。该过程从困难开始,但最终导致新绿色能源技术的加速和实施,但仍受到主要新兴限制因素的阻碍。世界范围内遇到的最艰巨的障碍是绿色能源生产的不可预测和波动。这项研究提出了一些解决方案,旨在解决这种不断产生绿色能源的令人不快的问题。基本思想指的是建设代表真正能源缓冲的专门设计的水力发电厂。根据该原理建造的旧的水力发电(设备齐全)或新的水力发电,可以成为真正的缓冲能量,能够充分吸收涡轮机产生的能量(否则,能量将因国家无法存储或接收而丢失)网络)和国家体系在绿色能源产生减少时恢复。

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