CHINA AND M-CYCLE: THE WHY
Natively understandable whiteboard drawing videoclip. What M-Cycle offers for actively emerging technologies and economy of China in power and energy fields. Even without titles in Chinese the content is evident and intelligible. Интуитивно понятный рисованный на белом экране видеоролик. Что предлагает М-цикл для активно развивающихся технологий и экономики Китая в области энергии и энергетики. Используются титры на китайском, но содержание вполне доходчиво без перевода. 本机可理解的白板绘图视频剪辑。 M-Cycle 为中国在电力和能源领域的新兴技术和经济提供了什么。即使没有简体中文标题，内容也清晰易懂。 We propose a project to demonstrate M-Power Cycle applications on 20kW miniature power station (Bottoming Cycle), expecting increase efficiency by 25% and power output by 5kW, as the result. While the immediate focus is on Phase I, based on 4 elements, new patents, and demonstrated on 20kW mini-station, M-Cycle emphasizes – our goal is completion of all three phases of the project, result of which is principally new power stations (Exergy Tower); principally new engines, both turbines and piston (Sub-atmospheric M-Cycle, Phase III), and modified existing turbines and internal combustion engines to increase efficiency to 80%+ and decrease pollution 10 times (M-Cycle Waste Heat Recovery via Humidifying Air Recuperator, HAR, Phase II) Proposed Project and Cooperation stages: Phase I - Improvement of Efficiency of 20kW mini-power station by 25%, or 5kW Based on licensing four new M-Cycle patents, including equipment, R&D and licensing fees A. Inlet Cooling - no modification of any existing equipment required, improvement 15% efficiency; US Patent Application No US 62/974,301: “ADVANCED AIR COOLER AND DEW POINT AIR COOLING METHOD” B. Cooling Tower - no modification of station equipment, work limited to changes of cooling tower core. Because efficiency of today’s towers is relative to wet bulb, and M-Cycle achieving lower, dew point temperature, it represents 140% efficiency increase, equating to 10-20% increased power generation. US Patent Application No US 62/920,190: “ADVANCED COOLING TOWERS AND DEW POINT WATER COOLING METHOD” C. Day/Night Regulation with water production - no modification required, allowing for day/night cycle without thermal storage. US Patent Application No US 61/749,744: “DEW POINT COOLING TOWER WITH WATER RECOVERY FOR CONTROLLING POWER PRODUCTION AND WATER COOLING SYSTEMS” D. Waste Heat Recovery - no modification required, heat recovered at boiler exhaust, increasing efficiency twice, but representing lowest advantage in power generation 1-3%. US Patent Application No US 62/922,761: “COMBINED POWER CYCLE SYSTEMS AND METHOD FOR ENHANCING THEIR EFFICIENCY BY INNOVATIVE EXTRACTING AND RECOVERY OF EXHAUST HEAT”
Natively understandable whiteboard drawing videoclip. What M-Cycle offers for actively emerging technologies and economy of China in power and energy fields. Even without titles in Chinese the content is evident and intelligible. Интуитивно понятный рисованный на белом экране видеоролик. Что предлагает М-цикл для активно развивающихся технологий и экономики Китая в области энергии и энергетики. Используются титры на китайском, но содержание вполне доходчиво без перевода. 本机可理解的白板绘图视频剪辑。 M-Cycle 为中国在电力和能源领域的新兴技术和经济提供了什么。即使没有简体中文标题，内容也清晰易懂。 We propose a project to demonstrate M-Power Cycle applications on 20kW miniature power station (Bottoming Cycle), expecting increase efficiency by 25% and power output by 5kW, as the result. While the immediate focus is on Phase I, based on 4 elements, new patents, and demonstrated on 20kW mini-station, M-Cycle emphasizes – our goal is completion of all three phases of the project, result of which is principally new power stations (Exergy Tower); principally new engines, both turbines and piston (Sub-atmospheric M-Cycle, Phase III), and modified existing turbines and internal combustion engines to increase efficiency to 80%+ and decrease pollution 10 times (M-Cycle Waste Heat Recovery via Humidifying Air Recuperator, HAR, Phase II) Proposed Project and Cooperation stages: Phase I - Improvement of Efficiency of 20kW mini-power station by 25%, or 5kW Based on licensing four new M-Cycle patents, including equipment, R&D and licensing fees A. Inlet Cooling - no modification of any existing equipment required, improvement 15% efficiency; US Patent Application No US 62/974,301: “ADVANCED AIR COOLER AND DEW POINT AIR COOLING METHOD” B. Cooling Tower - no modification of station equipment, work limited to changes of cooling tower core. Because efficiency of today’s towers is relative to wet bulb, and M-Cycle achieving lower, dew point temperature, it represents 140% efficiency increase, equating to 10-20% increased power generation. US Patent Application No US 62/920,190: “ADVANCED COOLING TOWERS AND DEW POINT WATER COOLING METHOD” C. Day/Night Regulation with water production - no modification required, allowing for day/night cycle without thermal storage. US Patent Application No US 61/749,744: “DEW POINT COOLING TOWER WITH WATER RECOVERY FOR CONTROLLING POWER PRODUCTION AND WATER COOLING SYSTEMS” D. Waste Heat Recovery - no modification required, heat recovered at boiler exhaust, increasing efficiency twice, but representing lowest advantage in power generation 1-3%. US Patent Application No US 62/922,761: “COMBINED POWER CYCLE SYSTEMS AND METHOD FOR ENHANCING THEIR EFFICIENCY BY INNOVATIVE EXTRACTING AND RECOVERY OF EXHAUST HEAT”