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Diesel and Solar Combined Wind Turbine Generator This system is made up of wind turbine, solar panel, diesel generator, battery group, bidirectional inverter and low voltage grid. There are distinct segments within the whole eco-system of solar power, starting from the manufacturing of equipment and module production all the way to the installation and operation. While there is a significant number of companies that focus exclusively on solar electricity or renewable energies, many newcomers are large corporations for whom solar is one market of many. In thin-film modules, material costs weigh in much less, though other components such as mounting systems may be more expensive per kWp, as more space is required. Lujan Matus is a shaman teacher and seer who was initiated at the age of seven and instructed in a parallel realm for 33 years, which was but a glimpse from the perspective of the timeline he exists in now within this living construct.
The role and purpose of a shamanic teacher is to act as a guide who assists others to enter into an enhanced awareness of self and eternity.
Lujan’s goal is to assist individuals to awaken and expand their personal potential and through that achieve greater fulfillment in their lives. To achieve this he addresses issues arising from the interaction while teaching shamanic practices. To this end a key aspect of his approach comprises sets of special exercises with roots that date back to before recorded history. Things can flow naturally while portions of what is being communicated by eternity are revealed. While Lujan is a double being, an activated Nagual and has received esoteric instruction from both Juan Matus and Xoxonapo (known as the Tenant) he does not consider himself part of that or any Toltec lineage. Lujan has recovered five specific lifetimes, one of which is the memories that were contained within master Lo Ban’s lifetime.
Within an altered state, in a deep parallel reality beyond the confines of this living construct, Lujan Matus received from master Lo Ban within a ten-second visionary sequence, the whole scope of Lo Ban Pai. Even though the sequence of events appeared to be 33 years for Lujan in the altered reality of bardo, in this reality the entire event took no more than two hours at the age of seven. One of the major gifts that was transferred to Lujan Matus from master Lo Ban was the Dragon’s Tears. Lujan has authored four books, “The Art of Stalking Parallel Perception“, “Awakening the Third Eye”, “Shadows in the Twilight” and  “Whisperings of the Dragon”. He has also been featured in the documentary movie The Cosmic Giggle and the television show Consciousness of Economics. Lujan offers private tuition and group workshops in various locations around the world as well as online shamanic tuition. Enhance Your Personal Power Spiral Energetics - also known as Lo Ban Pai - is an ancient esoteric system of spiritual development that has been hidden for centuries. It consists of a combination of dynamic and meditative movements that promote energy cultivation.
It is the only known surviving ‘coiling system’ following the golden ratio spiral principles of the Tao as recently rediscovered by quantum physics.
A pump controller like this SunPumps PCB-180BT balances PV voltage and current to optimize pump performance throughout the day. A DC submersible diaphragm pump (middle) and a centrifugal pump (right), with controller (left), by SunPumps. A helical rotor pump (middle) and a centrifugal pump (right), with controller (left), by Lorentz.
A Lorentz PS150 Boost diaphragm surface pump is typically used to pressurize water systems. If you live beyond the reach of the grid, or have a remote pumping need like irrigation or livestock watering, a solar-electric pump system can be a solution that’s reliable and sustainable. Submersible pumps break down into three main categories—centrifugal, helical rotor, and diaphragm.
Higher lift can be achieved with helical rotor pumps (a type of “positive displacement” pump), which will also provide a flow rate great enough to meet most household demands. Depending on the model, submersible diaphragm pumps (another type of positive displacement pump) can pump up to about 5 gpm from shallow wells (under 100 feet), or lower volumes from well depths down to approximately 250 feet.
But DC submersibles take more efficient advantage of battery-based PV systems compared to AC pumps. Lorentz manufactures a range of pumps, some of which operate at up to 200 volts open circuit. Grundfos manufacturers the SQFlex, a centrifugal pump that  can run on either AC or DC power—no special equipment is needed to make the switch. Other advantages of PV-direct pumping are the efficient use of PV energy (no losses to battery charging or inverter conversion) and the potential for reducing generator run-time.
Array-direct to elevated storage systems will save you money in the long run and add more flexibility to your off-grid energy lifestyle.
While this configuration gives you more flexibility to choose when you consume the energy required to pump well water, the up-front costs of the storage tank and additional pressure pump add to overall system cost and installation complexity. Compared to the systems described earlier, pump-to-pressure tank systems usually have the lowest up-front component costs (there’s no large storage tank or secondary booster pump), and pump installers everywhere are familiar with these systems. For off-grid installations, the downside of pump-to-pressure tank systems is that the pump will need to come on during most water draws.

A Home Power reader bemoans the complexity of solar-electric systems and the need for pro installers.
I would like to get some recommendations for the following: I plan to install a solar powered water pump in an existing well on top of a hill that is some 65 feet above the surrounding terrain.
Among them are also activities that span the whole lifecycle such as consulting and financing as well as publishining and training.
This altered perception serves as a gateway, which if entered, facilitates a crucial transformation.
In different terms, he guides and supports individuals to access and walk their Heart Path.
The techniques create an enabling foundation and a self-sustaining guidance and growth mechanism. The physical body is a resource uniquely tuned to act as a vehicle for the development of personal power – the force that drives and guides one to manifest a life with purpose and meaning. These movements yield esoteric knowledge that has been hidden since before the time of the Yellow Emperor. He employs the same directness as Juan Matus did with Carlos Castaneda because it is essential to apply immediacy when dealing with debilitating issues. Lujan’s ability to penetrate the heart of a person or situation stands out as a key feature that most of his students mention in detailed personal teaching testimonials. He conveys his knowledge in ways that can be easily assimilated by the one who is learning.
He carries and imparts knowledge from that system but with a different approach that is not burdened by many of the requirements and rules of that tradition. One of the gifts of the Tenant to master Lo Ban was the ability to reach his attention forward to become a new being and also to retain the most pertinent memories from four previous lifetimes that sustain master Lo Ban’s power to reach a hand through the centuries to become Lujan Matus. Four major lifetimes must be held in place through an act of power so Lujan himself can reach forward 500 years, which he has already done, to discover his next incarnation. When Lujan imparts what he absorbed it takes at least eight years for the initiate to learn and around fifteen years to perfect. As Lujan matures as a seer, the deeper aspects of perception, in terms of the full consequences of master Lo Ban’s transferal of consciousness, has far-reaching consequences so as to bring a deep state of reverence and humbleness to Lujan Matus in this present day.
As his life unfolds he may reveal who he was and in turn the ramifications of these alternate memories will be applied in comparison to his living circumstances to bear witness to that mystery that is continually unfolding in every instant.
This set was created by him so as to help the practitioner retain the subtle currents, the vibratory essence, the living frequency that one obtains when traversing bardo. This article covers the basics of several types of PV-powered pumping systems, including array-direct, battery-based, and both pressure-tank and high-volume water storage.
In this article, we’ll be looking primarily at submersible pumps used to deliver potable water for domestic use. Centrifugal pumps have an impeller that spins at high speeds, producing a high flow of water. With these pumps, picture the water being sent out of the pump body in small “packets” that are pumped very quickly to provide a constant flow. To simplify wiring, off-grid residences with AC PV systems often rely on an AC submersible pump. AC pumping includes DC-to-AC conversion losses: A PV array’s direct current is stored in batteries before being converted to AC by the system’s inverter, which in turn, powers the pump. In DC systems, the pump only requires 30 VDC to get going, but the pump’s 300-volt open-circuit limit allows the array to be wired at higher voltages, decreasing both wire size and cost. Your best solution will depend on elevation changes at your site, whether there are inverters in your system, and how much flexibility you have when it comes to when you pump water. Off-grid system users often limit generator-based charging (and the associated noise, pollution, and fuel expense) by waiting to perform energy-intensive activities—like running the vacuum or shop tools—until there’s plenty of solar energy available.
But keep in mind that the additional expense of the tank and for trenching the pipeline deep enough for freeze protection can make these systems more expensive up front than other options. If you like the efficiency of DC pumping and want stored water at your disposal, but don’t have enough of an elevation change on your property for a gravity system, there are still options. The most conventional of the three pumping systems described uses an AC submersible pump to push water directly to a pressure tank. But they may not be familiar with the limitations of battery-based power sources (pump surge, inverter capacity issues, and the like), so pay close attention to the pump’s operating characteristics and seek out an installer familiar with off-grid pumping systems whenever possible. During cloudy weather or overnight, the energy to repressurize the tank will come from your battery bank. Formerly SC Solar, the company has been designing and supplying solar water-pumping systems since 1999. The main products of the manufacturing process are polysilicon, wafers, cells, modules, mounting and tracking systems and electrical components. However, no group covers the whole value chain today, whilst there are many highly specialised companies upstream (Q-Cells, RSI Silicon) and in the more service-oriented downstream segment. The outcome of this is directed by the uniqueness of the individual and their willingness to pursue whatever unfolds.
Consequently he is not constrained by a preconceived method to facilitate an awakened awareness of what you are experiencing.

A submersible pump is usually positioned in a well, although there are instances where a stream or pond is used as the source.
An analogy that is sometimes used is that of a spiral staircase in a sealed shaft, with the staircase spinning around very quickly.
Although these pumps are less expensive than centrifugal or helical pumps, they require significantly more maintenance.
Inefficiencies associated with the charging and discharging of batteries can account for losses of 5% to 10% or more, depending on the age and condition of the battery pack. They offer models that can pump 4 gpm from wells up to 650 feet deep, or up to 250 gpm from shallow wells or surface water sources. With the addition of a generator interface box, the pump can be switched to accept AC power from a generator during sunless periods. This classic off-grid pumping solution connects a DC submersible pump directly to the PV array. And since the elevation of the tank provides the needed water pressure, no pressurizing pumps or pressure tanks are required. A PV-direct DC pump can be configured to fill a storage tank near its point of use, and an additional DC or AC booster pump can be installed at the tank to pressurize the water.
A DC pump sized to meet the site’s flow rate requirements can also be run directly from the battery bank, eliminating inverter conversion losses. Batteries like to be fully charged, and the deeper you discharge them and the longer they stay in that state, the shorter their service life will be. Puyang diesel generating set has past the test of China National Internal Combustion Set Quality Test Centre, we have also got the telecommunication facilities network import license of National Telecommunication Department and marine product certification of PRC, and we have been authorized by ISO9001 and WSSN2000 as well.
Services include project development, wholesale distribution, design, engineering, construction and maintenance. Unlike surface pumps (installed above the source’s water level) that draw water up from shallow sources like a pond, submersible pumps push water up to a holding tank or pressure tank.
However, pressure, and therefore the amount of pumping height (head or lift) that can be attained, is usually lower than in other types of pumps.
Each “stair step” lifts water toward the top of the pump, then to the pump outtake, and eventually out the top of the well. In this case, the pump contains electronics that allow it to be powered by a standard AC source like an inverter or the grid. And with an inverter average conversion efficiency of approximately 85%, an AC pump will require approximately 20% to 25% more PV energy to pump the same amount of water compared to a DC-direct pump. SunPumps and Shurflo also make less expensive diaphragm pumps that can be good choices in array-direct (batteryless DC from PV modules) applications for domestic, irrigation, or livestock watering, provided that the water is relatively silt free. One additional component, either a controller or linear current booster (LCB) wired between the PV array and the pump, optimizes the relationship between array voltage and current to maximize the amount of water pumped under varying sunlight conditions. For household domestic water systems, I recommend sizing the storage tank to hold at least five days’ supply of water to cover those inevitable periods of cloudy weather. In properly sized PV-direct to storage tank systems, several days’ worth of water will be stored in the tank.
This solution gets the heavy lifting (from the well to the storage tank) done whenever the sun’s shining, and limits energy use during cloudy periods to a smaller pressure pump that activates via a pressure switch when water is used. A standard pressure switch activates the pump when the pressure in the tank drops below a set level, say 30 psi. Another consideration is that, compared to array-direct systems with high-volume storage, increased generator run-time during cloudy weather will be a necessity. We have got long-term cooperation partners such as MAN, VOLVO, DAEWOO, SHANGCHAI (DONGFENG), WUXI POWER (WANDI), WEICHAI (TONGXIN), SINO-AMERICAN JOINT VENTURE SHANGHAI MARATHON, and BRITISH OWNED ENGGA. Since the water needs to be carried through the pump body, the result is a lower flow compared to centrifugal pumps. The pump is just another AC load to be considered when sizing the system’s battery bank, inverter, and charge sources. When the sun is shining, the pump moves water to a tank located above the water’s point of use. During cloudy periods, you will already have pumped the water you need, and the generator won’t be needed to keep the batteries topped off while pumping.
However, with its higher pressure, a helical rotor pump can deliver water against higher heads. Many AC pumps will require two or more times the power (wattage) to start the pump than is needed when the pump is running, and the system’s inverter needs to be able to handle this extra start-up load. Instead of a 1,200-gallon or larger water storage tank, a smaller 40- to 60-gallon pressure tank is all that is needed. Many household water supplies operate at about 40 psi (though down to 20 psi can often work), so locating the storage tank about 100 feet higher than the point of use will provide adequate water pressure.
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