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You selected inventions in category Green Energy

  • No batteries needed technologyNo batteries needed technology

      In much the same way as you are now using to start your gas grill...

      My invention* completely eliminates the need for batteries in any type of electric or fossil-fuel-powered vehicle.

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    • buoyancy force for perpetual motionbuoyancy force for perpetual motion

        it's a way to produce perpetual motion from buoyant and floating power , it use a new technology to produce perpetual motion without any kind of fuel , just we need a pool of water we don't need to moved water .

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      • Kinetic Energy Acceleration Compounding ConceptKinetic Energy Acceleration Compounding Concept

          A set of level one to four configurations engine, that brilliantly works without any kind of emissions.It's use cuts a cross every work load of machines you can think of, from water pumps, motor bikes, vehicles, planes, helicopters, ships, submarines, electric generators etc.

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        • Photovoltaic CellPhotovoltaic Cell

            The object of the present invention is a photovoltaic cell made of silver nitrate and rochelle salt (potassium sodium tartrate), which provides a higher efficiency that the commercial ones due to driving the piezoelectric effect and the properties materials, these ones also making it cheaper because is not made of silicon.
            Currently there are photovoltaic/solar cells, to capture solar energy and transform it into electrical energy. One of the materials currently used is silicon, therefore the end the object of this invention is to create a cell capable of producing up to 3 times the energy of existing cells, making it flexible and easy to manufacture, since it does not require vacuum systems and can be manufactured in different shapes and dimensions. With far more advantages than conventionals.

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          • Concentrated solar powered domestic desalination and boiling pot and lidConcentrated solar powered domestic desalination...

              This design is for individuals and families needing clean water where there is contaminated or salt water and an abundance of sunlight. It is low tech and low cost and is intended to prevent tree cutting and the use of carbon fuels.

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            • System of Air conditioning and producing Ice by using thermal solar energySystem of Air conditioning and producing Ice by...

                System of Air conditioning and producing Ice by using thermal solar energy
                The Thermal energy that can be produced from solar energy can be used to be source of heat for the absorption cycle
                the absorption cycle is a process by which refrigeration effect is produced through the use of two fluids and some quantity of heat input, rather than electrical input as in the more familiar vapor compression cycle.
                This absorption cycle that be used thermal solar energy as source of heat to produce refrigeration effect and the cycle can be used as
                • Air conditioning cycle for centeral condationing system
                • Refrigeration cycle to produced ice
                This system consisys of
                1. Solar collector
                2. Heat transfer system
                3. the absorption cycle
                4. heat stoarge system

                1) solar collector
                this part to collect solar energy by direct collecting of sun rays or use concentrating system at first to concentrate sun rays on solar collector to produce thermal energy

                2) Heat transfer system
                This system to transfer thermal energy from solar collector to the absorption cycle

                3) the absorption cycle
                use thermal energy to produce refrigeration effect that increase with incease feeding by thermal energy

                4) heat stoarge system To storge thermal energy that produced more than need within day to use at night to make system continuously work and find thermal energy that it needs to work

                needness for this system
                This system can be used at areas in world that have high solar raddation so its temerature is high and need to air conditions or to ice , and The system has many adavantages
                a) this system will save great amont of electericity that need to normal conditioning systems as it not need to electericity only use thermal energy that produced from solar energy
                b) the absorption cycle not use gases that cause ozan holl so it friendly with nature , and this cycle is simple in construction
                c) at areas as Arabian countries that have higt solar energy this system is very suitable and economically , as in this areas more money spent for conditioning building

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              • Water and Energy Saving Shower SystemWater and Energy Saving Shower System

                  Everybody knows that water supply becomes an availability issue soon. But nobody seems to know how to save and nobody wants to miss a shower, mostly twice a day. My joke answer to a sales man, promoting water saving pipe reducers who claim to save up to 50% was, I know how to save 90 % - by showering once a week only. This was by the way not the spark, leading to the following water and energy saving project, short the shower project.
                  Some serious facts:
                  An average shower takes about 10 minutes. During this shower, about 100 liter warm water is drained into sewage, meaning, its not just water but also around 2500 Watt in energy, drained in order to keep a comfortable temperature.
                  I repeat: 100 liter water and 2500 watt energy (usually electricity) per shower session.
                  If your average family has 4 members and everybody is used to shower twice a day the formula 100 (liter) x4 (persons) x2 (courses per day) = 800 liter (or 0.8 Kl) plus 2500 (watt) x4 (persons) x2 (courses per day) = 20.000 watt (or 20 Kw) applies. Per day!
                  Which is per months 0.8 Kl x 30 (days) = 24 Kl and 20 Kw x 30 (days) = 600 Kw energy.
                  Or per year: 24 Kl x 12 (months) = 288 Kl water, and 600 x 12 (months) = 7.200 Kw energy.
                  How is that calculated?
                  Easy, increasing the temperature on 1 liter water by 1 degree (C) requires 1 watt power, per 100 liter accordingly 100 Watt or 0.1 Kilowatt (kw). The average difference between supplied cold water (10 deg. C) and warm water (35 deg. C) is 25 deg. C, 25 (deg. C) x100 (watt) = 2500 (watt) or 2.5 Kw.
                  I know, officially we measure even water in Kg’s (but its similar to liter), heating up 1 Kg water by 1 deg. C requires 4,2 kJ (kilo-Joules) = 0,001167 kWh = 1,167 W/h (Watt-hour Energy) and not Watt power. My way to explain is easier as I calculated without the time factor, but the consumption on the electricity bill is finally the same.

                  Is it worth to think about?
                  I initiated and developed the shower project based on the above facts with the goal to save not 10 or 20 or even 50 % water, the final calculation in saving comes 93-94% in water and energy. How?
                  Basically by circulating and purifying just 5 liter water per shower session. On the energy site, the saving comes just by maintaining the once off heated water. The counter calculation is as follows:
                  If your average family has 4 members and everybody is used to shower twice a day the formula 5 (liter) x4 (persons) x2 (courses per day) = 40 liter (verses 800 liter) 150 (watt) x4 (persons) x2 (courses per day) = 1.200 watt (verses 20.000 watt) applies. Per day!
                  Which is per months: 40 liter x 30 (days) = 1.2 Kl, and 1.2 Kw x 30 (days) = 36 Kw energy (The energy bill can be supported or even replaced by solar thermo and photo voltaic elements).
                  Or per year: 1.2 Kl x 12 (months) = 14.4 Kl water, and 36 x 12 (months) = 432 Kw energy.
                  Facts and Solutions:
                  Preparing hot water for hygienic purposes, washing and ironing, cooking and heating (in winter) are the biggest household energy consumers. Lights can nowadays be replaced by energy saving LED technology and solar geysers also contribute to lower electricity consumption, starting unfortunately only some hours after sunrise and don’t influence the water consumption.
                  By the way, losses through water heating by conventional geyser systems are not calculated.
                  Interim water storage:
                  Used and contaminated water can be reused, for instance to flush a toilet, and rainwater can be collected to run the fresh water supply, which is not drinking water anyway but clean enough for hygiene purposes. In all mobile applications like events, disaster management or in rural areas without tap water supply and sewage, fresh and used water (including toilet) can be pumped in and out mobile tanks, e.g. mounted on a trailer.
                  Portable/mobile sanitary room:
                  For all mobile and temporary applications, a foldable and light weight container can be supplied in different sizes according requirements. They are made from alumin

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                    The Electric Generator with Switching Reluctance that use permanent neodymium magnets-excitation, has the following performance & advantages resulting from the analysis of tests performed by WIIA :

                    1- the braking torque by electric load is reduced up to 50%;
                    2- self-protection at excess load and short-circuit (owing to constructive geometry);
                    3- self-regulation of the batteries charging process;
                    4- low starting (cogging) torque;
                    5- brush-less rotor excitation
                    6- maximum reliability

                    All these features recommend GRLC (en.=VRLG) for:

                    - Charging the accumulator batteries from RENEWABLE autonomous systems in any tension configuration (up to 90% of U0) without additional devices for limitation and adaptation;

                    - wind turbines with vertical or horizontal axle or hydro-turbine – with or without using reducers or speed multipliers, the yield of installations in which VRLG can be used increases significantly, each waft or water line can be used for generating electrical power;

                    - Alternators for transport systems industry :
                    -auto/ motor;
                    - railway ;
                    - naval ;
                    - aerospace and devices.
                    - Stirling engines driven generators groups;
                    - stationary or mobile “digital invertor” electrogenic groups in technology;

                    Based on the new technology, variable reluctance switch electric generators may be designed with working speeds from 20 to 28,000 rot/min and powers up to 500KVA for various gauges and type-dimensions specific to various applications.

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