Hydrovolts

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Hydrovolts是16岁,总部设在美国。

Hydrovolts发明了新的水电技术从水中产生可再生能源电力公用事业、农业和全球可持续发展。新涡轮机是一个完整、紧凑、模块化、简单、安全、可伸缩的、提供清洁和绿色能源,易于安装,操作和维护,旨在为客户提供资本投资回报率不到5年。Hydrovolts涡轮机简单滴在水里没有大坝、堰、消防栓或灌浇混凝土。销售是多个单位和throughdistributors的买家。最初的市场:灌溉水渠和航道区域构造,然后扩大到自然水域国家/全球市场。与大坝涡轮机驱动的水压力(由水大坝后,将汽轮机在低海拔低于大坝),该Hydrovolts Flipwing涡轮驱动的流体动力的能量在水流或电流,即流动的水的力量。涡轮是完全淹没在水道和使用一个横轴转子设计矩形轮廓,允许它是顾客,提高效率。它运行像一个水下明轮新配置让它旋转的叶片在水中了。叶片铰接在外面,这样他们翻转回来,减少阻力的上游部分旋转,即使他们保持固定在下游捕捉移动水的力量。与传统的明轮发电机具有95%的部分出水面,Flipwing,因为它完全淹没设计可以使相同的权力作为一个桨轮,只有5%的空间。 The turbine has "drop-in"���� installation, requiring little or no site preparation orconstruction. It floats and can be held in place by mooring lines or anchors; it can also be attached to a fixed brace such as a bridge pylon. The generators and electronics are compactly integrated with the rotor; the power output comes up a cable attached to a mooring line andcan be directly plugged into a load or net metering setup. The cost of electricity continues to rise along with concerns about reliability, security and renewable energy mandates. Demand for a solution addressed by the Hydrovolts turbine is driven by foremost by the cost of electricity. Many places on the US east coast pay around $0.20/kWh; electricity in Hawaii costs almost $0.40/kWh and in rural Alaska $1.00/kWh or more. In much of the world rates are many times the US average of $0.11/kWh, or electricity is unavailable at any price. The company's technology is expected to produce electricity at a much lower cost than other small scale renewable energy alternatives: the hydrovoltsturbine produces carbon-neutral renewable energy 24/7 at less than $0.01/kWh. Additionally, there are a growing number of government andregulatory mandates requiring and incentives encouraging renewable energy production and purchase. Hydrovolts aims to provide a renewable energy solution with very low operating cost and capital cost recovery compared to other approaches. Hydrovolts turbines generate renewable energy from fast flowing water in natural and constructed waterways. Natural waterways include streams, rivers, tidal flows and ocean currents. Constructed waterways include irrigation and transfer canals, spillways, dam tailraces and industrial water discharges from processes such as thermal power generation, papermaking and cooling. There are millions of such flows around the world and almost all are untapped for hydropower.