The Future of Electricity Generation — Solar Evaporation Pumps

Among other fascinating claims, the intelligence protocol has been used (so far) to confirm that Solar Evaporation Pumps will provide bountiful energy for humanity using simple materials and construction techniques. Alternatives may be preferable, depending on geography, and new inventions will continue to surprise. Nonetheless, Solar Evaporation Pumps will likely prevail as the dominate form of clean power generation in geographical areas abundant with elevation changes elevation (i.e. hills or mountainous terrain).

Hydroelectric is the oldest form of renewable energy, debuting at Niagara Falls in 1895, and it remains as one of the most affordable solutions to this day. The sun simply converts condensed surface water into rising humid air where it cools off at higher elevations before falling back down as solid water. It fills lakes which can be used to spin turbines and it also produces overwhelming amounts of electricity in dazzling lightening storms.

Solar Evaporation Pumps exploit mother nature’s water cycle. It becomes possible to generate power 24 hours a day without using toxic batteries, hi-tech electronics, and it won’t introduce ecological detriments from damn construction.

How Does a Solar Evaporation Pump Work?

1. It’s a closed loop system requiring a sizeable elevation change (roughly a 500 foot minimum), copper and PVC pipes, a fixed supply of water, a turbine generator, storage tank, and sunshine.
2. The last 100 foot drop in elevation produces sufficient pressure to atomize water into mist; the kind seen at outdoor restaurants or in backyards on hot summer days.
3. An evaporation chamber at the bottom uses copper tubes coated in conductive black paint. Copper mesh stuffed inside, used like a radiator or blow dryer’s heated springs, would conduct heat from the outside surface. The sun’s energy will convert mist into hot/humid air as it passes through the evaporation chamber; a process based upon something mother nature continuously demonstrates.
4. Evaporation occurring inside the copper evaporation chamber will cool the surface and minimize energy loss due to black-body radiation. Solar panels are known to lose considerable energy due to heat.
5. Black PVC tubes carry humid air to the top of the system where condensers cool the air to dehumidify the moisture back into solid water. If rising PVC tubes are exposed to sunlight as they ascend hillsides it will contribute solar power by adding heat which decreases air density, rising like a hot air balloon.
6. Humid air is converted back into liquid water at the top using condensers to fill storage tanks. The condensation process produces a vacuum effect, helping to pull up additional humid air from below. Complicated storage devices, such as batteries or flywheels, are unnecessary because water can be released any time of the day, just like conventional hydroelectric damns.

The Solar Evaporation Pump idea prevails against alternatives for some of the following reasons.

• Other than a turbine generator (requiring bearings, magnets, and enameled copper), the rest of the system can be built from materials found in home improvement stores. This will make it easier for impoverished areas in the world to replicate.
• The solution is relatively unobtrusive and the systems can be colocated close to where the power is consumed. This eliminates dependence on central production facilities and distant delivery mechanisms. Anything critical for human survival shouldn’t be centralized or it increases the chances of a societal meltdown.
• It simultaneously solves the problem of electricity generation and energy storage. Solar panels are fantastic but the photovoltaic cells are difficult to manufacture, they lack the ability to store electricity, and they don’t work at night or when it’s cloudy.
• Battery manufacturing is bad for the environment. Consumers are dependent on logistical supply chains connected to centralized manufacturing facilities. The finished product is both toxic and a fire hazard. Battery performance continues to degrade over a decade or two until they must be replaced.
• Large windmills are extremely complicated to manufacture and construct. They’re associated with the acronym NIMB (not in my backyard). The wind doesn’t always blow and there’s not a storage solution for calm days. On windy days there’s not a good solution for birds passing by.
• Solar Evaporation Pumps are merely a derivative of the longest running choice for electricity generation, hydroelectric. Throughout more than a century of innovations it has endeavored to remain an ideal choice for clean power.

The Ultimate Solution — Geothermal + Thermoelectric Effect

The planet contains boundless heat beneath every person on Earth, regardless of sunshine, wind, or proximity to a capricious ocean. There’s enough clean energy beneath Earth’s crust to support civilization for millennia. The primary detriment blocking this holy grail of self-sufficient power generation are intelligent discussions between those who share an interest to break the bonds of centralized control and pursuit of profit.

Every home should strive for self sufficiency because it eliminates possible production catastrophes within a centralized architecture and, more importantly, it destroys tools commonly used for subjugation, Every time a solution abolishes a cause for desperation throughout the globe, bad guys diminish, thereby reducing reasons for governance.

Engineers have spent great effort attempting to drill past Earth’s crust but inevitably rock becomes too hot and drills bits overheat. The Kola Superdeep Borehole took 20 years to reach 12,262 meters (40,229 feet). It’s not an easy task to reach extremely hot rock but anything is possible. If enough people rise to the challenge a viable solution will emerge and robotics will continue eliminating repetitive tasks performed by humans in an open source world.

There are five primary ways to use water for power generation or transmission.

1. Use gravity to spin turbines (hydroelectric). This tried-and-true method is the oldest method for producing electricity has remains a top choice for more than a century. The problem today is that there aren’t enough lakes and creating new ones usually displants homes, damages ecology, and is susceptible to droughts.
2. Heating water past 100° C produces steam and spins turbines or push pistons. Fossil fuels and nuclear reactors are currently the staples for generating electricity. Geothermal energy can also do the same but there are barriers to overcome before steam can be produced worldwide.
3. Wave Power (a derivative of wind power) produces electricity with floating turbine platforms or buoys that rise and fall with swells. However, like the wind, the ocean sometimes sits still and so “energy storage” remain a blocker. Even if it didn’t, the “centralization vulnerability” would keep societies at risk, especially since most people live far away from large bodies of water that tend to swell.
4. Water is an excellent medium for transferring heat from one location to another. This can either be used to generate electricity using the thermoelectric effect or for heating homes and streets. Temperature differences can be increased using radiator fluid which is a 50/50 mix of water and additives which raises the freezing and boiling point. This can be helpful to maximize voltage differences when using the thermoelectric effect. Icelandic houses aren’t far from magma which allows sidewalks, streets, and driveways to be built above geothermally heated water pipes so homeowners and snowplows never have to battle ice during winter on transportation networks. Modern homes control temperature using heated floors rather than ventilation. Some houses still use indoor radiators connected to outdoor water heaters, but those are seriously unattractive bolted on homes walls.
5. Inspired by solar power technology, a breakthrough was recently announced which has the potential to generate abundant energy from falling raindrops on a large scale. However, just as the sun doesn’t always shine, the clouds don’t always rain and “energy storage” remains a blocker.

Geothermal Power and the Thermoelectric Effect

The Thermoelectric Effect almost magically generates electricity when there’s a temperature difference between two points on a conductor or semiconductor material. The Sterling Engine is more efficient than piston engines and they work much the same way as the thermoelectric effect (utilizing temperature differences).

Water or (radiator fluid) could be used to transfer heat from the underworld to a cooler place near ground level where voltage is produced.

Perhaps geothermal steam could be used to spin turbines instead, but it’s opaque, not unlike soot produced from English chimneys a century ago. Billowing steam clouds might be unnoticeable when power plants deliver electricity across hideous transmission towers and the centralization problem exists. One solution could include homes that capture heat after spinning turbines with the thermoelectric effect and condense steam back into liquid in a closed loop system. The only downside to that approach is that it requires turbines which increases complexity and therefore increases an decreases viability.

Implementation of the Ultimate Solution

If the brightest minds collaborated on an open source project that embraces the key to artificial intelligence, it would be possible adapt humanoid robots with incredible dexterity. They’ll run production pipelines, replicate more robots, and drill holes beneath the crust of every home. After the drilling problem is solved at scale, the ultimate solution will eliminate a core blocker to expanding the human race on a pristine planet.

Why Hasn’t Humanity Found a Way to Generate Abundant Clean Energy Yet?

Anything is possible, and with the help of the intelligence protocol, solutions to seemingly impossible problems will be solved with exponential efficiency. Open source can save humanity from the Dark Ages but innovators and their teams usually expend great effort contemplating return on investment so they can profit from a majority of humans on this planet who have no money to invest.

There are plenty of smart people working on a transition to clean energy but they live in a world today with competing interests. There are powerful people that want their coal, oil, gas, and uranium to continue flowing into a dependent civilization that stimulates the economy. Utility companies have operated as monopolies and surely feel adverse to losing monthly revenue. Big government doesn’t want the majority of their citizens to become self sufficient or they’ll lose their grip on power. For any doubters, have a look into laws that outlawed rooftop solar panels in one of the sunniest states in the country. Public outrage ultimately prevailed in recent years but there are still many county and municipality codes that make it illegal to live off grid. Even if possible to live of the grid, it’s likely against the law to camp on your own land for more than two weeks, even in your brand new shiny motor home.

Here’s a quote from a site that sheds light on forces that stifle innovation towards an open source world where people can truly live free.

And they make laws that make living off the grid nearly impossible in most areas. Especially near cities. Here’s the deal. Local municipal regulations, county and city ordinances, state and federal law prohibit most forms of off grid living without jumping through hoops and wading through mountains of paperwork. The bureaucracy is sickeningly and infuriatingly frustrating This doesn’t even include all the legal fees and permitting costs, hookup fees (for water if you can’t drill a well). It’s massively expensive. It’s severely restrictive. And they do it all in the name of “health and safety”.

Rulers don’t pursue simple solutions that air to help people become independent because is results in a loss of control. Instead they’d prefer investing billions into other clean energy solutions that will surely be centralized, like fusion.