Robert Holcomb ! Energy System : HES utilizes electron spin in the iron atom to produce usable electricity [**rexresearch.com**](http://rexresearch.com/)[**rexresearch1.com**](http://rexresearch1.com/) --- **Robert HOLCOMB** **Energy Systems** --- [**https://holcombenergysystems.com/technology-breakthrough/**](https://holcombenergysystems.com/technology-breakthrough/) **Holcomb Energy Systems** The HES utilizes the natural energy produced by the electron spin in the iron atom, converting it into usable electricity. All of these technologies are certified to UL and NEC (National Electric Code) standards... **The HES In-Line Power Generator**Capable of magnifying true electric power from any source to multiple times the power input. Previously, the voltage could be magnified or transformed. But never before has a technology existed to magnify true electric power by magnifying amperage. The ILPG has unlimited applications, including magnifying the power output from the grid and renewables, like wind and solar installations. It can increase the usable true power for any use or any facility including homes, apartments, factories, office buildings a or any consumer of electric power, reducing oneas power bill, and carbon footprint, by up to 80% **The HES Stand-Alone Power Generation System**Operating independently of any outside power source, the HES stand-alone power generation system operates in a self-looping, self-regenerating fashion, powering itself while simultaneously powering any size electric load. This system is scalable everywhere electricity is needed, including residential and commercial applications, transportation, consumer electronics, and along the power grid. **The HES Phase Converter**Meets the worldwide demand for clean, point of use three-phase electric power while simultaneously magnifying power output. Three-phase electric power availability continues to be a worldwide issue because of the time, logistics, materials, and expense incurred by electric power companies to expand three-phase power where only single-phase and split-phase power exists. New transmission lines must be installed in order to deliver three-phase power. Three-phase electric power is needed to run most industrial equipment. Existing phase converter technologies carry significant drawbacks including poor power quality, limited size availability, and unwanted line harmonic distortion. The HES Phase Converter is a simple phase converter system that is solid-state and tuneable without computers, rectifiers, or inverters. In addition to using no fuel, this system is inexpensive, reliable, and boosts power output by upwards of 500%. Watch here to learn the actual fuel source powering the HES, and why it never, ever runs out: [**https://www.youtube.com/watch?v=Nm1VJ65LcXM&embeds\_referring\_euri=https%3A%2F%2Fholcombenergysystems.com%2F&feature=emb\_imp\_woyt**](https://www.youtube.com/watch?v=Nm1VJ65LcXM&embeds_referring_euri=https%3A%2F%2Fholcombenergysystems.com%2F&feature=emb_imp_woyt)**Robert Holcomb MD, Ph.D.** Dr. Robert Holcomb MD, Ph.D., is Co-Owner, Co-Founder, and Co-Manager of Holcomb Scientific Research, an Irish-based research, and development company setting a new industry standard in electric power generation. With decades of experience across the medical, scientific, and energy industries, Dr. Holcomb is a pioneer in modern invention with hundreds of patents across a range of industries from breakthrough clean energy solutions to medical devices such as MagnaBloc, which achieved approximately $1 billion in worldwide sales. He has also patented numerous environmentally friendly products, processes, and devices, including a CO2 converter that captures CO2 in power plant emissions and in the atmosphere and converts it back to its base elements, and a unique water purification system. --- **SOLID-STATE MULTI-POLE AND UNI-POLE ELECTRIC GENERATOR ROTOR FOR AC/DC ELECTRIC GENERATORS** **JP2023179767** **[ [PDF](JP2023179767A.pdf) ]** ![](JP2023179767Holcomb.jpg) To provide systems and methods for a generator with reduced reverse torque.SOLUTION: A solid-state electromagnetic rotor includes a plurality of salient pole pieces arranged around a supporting structure, where a first end of each salient pole piece is attached to the supporting structure and a second end of each salient pole piece points outward away from the supporting structure. Wires are wound around each salient pole piece. When the wires of the plurality of salient pole pieces are sequentially excited by an excitation circuit. The salient pole pieces are energized to provide a moving polar magnetic field in the form of distinct magnetic poles as desired to accomplish power generation. --- **A UNIQUE METHOD OF HARNESSING ENERGY FROM THE MAGNETIC DOMAINS FOUND IN FERROMAGNETIC AND PARAMAGNETIC MATERIALS** **US2022368180 (A1)** **[ [PDF](US2022368180A1.pdf) ]** ![](US2022368180Holcomb.jpg) The present disclosure relates to a power generator and method of generating AC or DC power, including the removal of reverse torque and utilizing the electromagnetic coils of a generator stator to harvest the inherent energy available in the magnetic domains of ferromagnetic and paramagnetic materials of pole pieces of a generator rotor. The method comprises: determining an excitation cycle based on a target frequency of the power generator; executing the excitation cycle by providing a current to one or more wires of the generator according to a predefined sequence to align magnetic domains of the salient pole pieces of the generator rotor to produce an evolving magnetic flux field; and routing a resultant current, generated by the magnetic flux field, to a power output. Systems and apparatuses disclosed herein comprise means for carrying out the same. --- **TURBOFAN JET ENGINE, POWERED BY AN ELECTRIC MOTOR WITH POWER FROM A HIGH EFFICIENCY ELECTRIC GENERATOR** **US11418103** **[ [PDF](US11418103B2.pdf) ]** ![](US11418103Holcomb.jpg) A power system for an aircraft engine provides rotational drive to propeller driven and turbofan jet engine powered aircraft by use of a propeller or fan drive motor. Electrical power is provided to the drive motor by a high efficiency electrical power generator with reduced electromagnetic drag or reverse torque. The electric generator utilizes a solid state rotor that does not rotate which allows for power generation without reverse torque or the usual energy required to rotate the rotor inside the stator of the generator. Only the magnetic poles of the disclosed rotor rotate to generate the power. The fan blades of the turbofan jet engine are driven by the electric drive motor in which the rotor is a part of the fan as well as the drive from the high pressure turbine. --- **DEVICES AND METHODS OF MAGNIFYING POWER OUTPUT TO POWER INPUT** **WO2023118149** **[ [PDF](WO2023118149A1.pdf) ]** ![](WO2023118149Holcomb.jpg) The present disclosure relates to a solid-state electromagnetic generator assembly comprising a stator and a rotor, wherein the stator and the rotor each comprise a plurality of pole pieces integrally formed from a supporting structure comprising electrical steel, wherein a first end of each pole piece is attached to the supporting structure and a second end of each pole piece points outward away from the supporting structure, wherein the pole pieces include ferromagnetic and/or paramagnetic materials. --- **COMPACT HIGH-EFFICIENCY, LOW-REVERSE TORQUE ELECTRIC POWER GENERATOR DRIVEN BY A HIGH EFFICIENCY ELECTRIC DRIVE MOTOR** **US11196331** **[ [PDF](US11196331B2.pdf) ]** ![](US11196331Holcomb.jpg) A generator with reduced reverse torque which may be used as a singular, point of use, compact electric generator that produces power with high efficiency and very low reverse torque. The generator comprising a stator having slots and stator coils and a series of slot rotors placed in relation to the stator coils such that minimal destructive interaction is caused between magnetic fields of each rotor and induced magnetic fields of the stator when the power generator is connected to an electric load with at least a portion of that power being sent to a storage device where a portion of the stored power is provided to excitation circuitry utilized to re-excite a motor to drive the slot rotors. --- **LOW REVERSE TORQUE, HIGH EFFICIENCY ELECTRIC POWER GENERATORS WITH UNI-POLE ROTORS** **US2020021176** **[ [PDF](US2020021176A1.pdf) ]** ![](US2020021176Holcomb.jpg) A uni-pole rotor for an electrical power generator includes two separate electromagnets formed on rotor laminates and separated by a mu metal shield. The laminates further include two separate winding wire slots on either side of the mu metal shield which slots are wound with magnet wire to serve as rotor coils of the two separate electromagnets. The two separate electromagnets, when excited, create magnetic fluxes of a first polarity and a second polarity such that outer fluxes of the rotor are of the first polarity and the inner fluxes of the rotor are of the second polarity. The uni-pole rotor further includes electrical leads to the rotor coils such that leads are used to excite in an alternating fashion a positive and negative DC current in the rotor coils which allows alternation of 360A deg north pole with 360A deg south pole generation on the outer portion of the rotor laminates of the rotor. --- **HIGH EFFICIENCY AC DC ELECTRIC MOTOR, ELECTRIC POWER GENERATING SYSTEM WITH VARIABLE SPEED, VARIABLE POWER, GEOMETRIC ISOLATION AND HIGH EFFICIENCY CONDUCTING ELEMENTS.** **WO2013171728** **[ [PDF](WO2013171728A2.pdf) ]** A method and apparatus for reducing electromagnetic drag in an electric machine may include a laminated stator having wire slots disposed around the inner periphery spaced into sectors separated by a pole iron support structure. The slots contain induction windings. A series of wound lateral pole irons may be arranged around the inner periphery of the stator, the first ends of which extend into the slots in the sectors. A support structure supports the lateral pole irons by forming a circular opening concentric with the inner periphery of the stator. A rotor may be inserted into the circular opening of the lateral pole iron support structure and supported at the stator lateral pole iron ends by a support means. A plurality of rotor inserts may contain free- wheeling permanent magnet inserts spaced along an outer periphery of the rotor. The rotor may be inserted into the circular opening of the lateral pole iron support structure and the free- wheeling permanent magnet inserts may be inserted into cavities along the outer periphery of the rotor. --- **DECREASED DRAG HIGH EFFICIENCY ELECTRIC GENERATOR** **CA2749360 [ [PDF](CA2749360A1.pdf) ]** A method, device and system is disclosed for decreased drag high efficiency electric generator by converting the vast majority of kinetic energy input into the electric generator, through the drive shaft, into usable electric power output by separating the destructive interactive forces between the stator magnetic poles and the rotor magnetic poles which allows, at full load, the release of approximately 80% additional electric energy, which in a conventional generator is dissipated by these interactions thereby reducing its potential efficiency by approximately 80%. More specifically, the classic armature and stator of conventional electric generators has been replaced by a stator having wire slots on the outer circumference of the stator exposing an induction coil winding of the stator. The rotor has a plurality of rotor members arranged in close proximity to the plurality of slots of the stator, where each rotor member has an armature mechanism forming magnetic poles that are activated and have magnetic polarities that are rotated relative to the plurality of slots, and the rotor coupled to a driver shaft for rotating and for generating an electric current. Shielding is provided to decrease drag and improve efficiency. --- **SOLID-STATE, COMPACT, HIGH-EFFICIENCY, ELECTRIC POWER GENERATOR BATTERY ALTERNATIVE** **WO2018134233** **[ [PDF](WO2018134233A2.pdf) ]** Systems and methods for generation of direct current (DC) with reduced electromagnetic drag, commonly referred to as reverse torque, thereby improving the operating efficiency of a generator that can be used as a battery replacement for, for example, electronic devices such as a smartphone. --- **HIGH EFFICIENCY AC DC ELECTRIC MOTOR, ELECTRIC POWER GENERATING SYSTEM WITH VARIABLE SPEED, VARIABLE POWER, GEOMETRIC ISOLATION AND HIGH EFFICIENCY CONDUCTING ELEMENTS** **US10008916** **[ [PDF](US10008916B2.pdf) ]** A method and apparatus for reducing electromagnetic drag in an electric machine may include a laminated stator having wire slots disposed around the inner periphery spaced into sectors separated by a pole iron support structure. The slots contain induction windings. A series of wound lateral pole irons may be arranged around the inner periphery of the stator, the first ends of which extend into the slots in the sectors. A support structure supports the lateral pole irons by forming a circular opening concentric with the inner periphery of the stator, A rotor may be inserted into the circular opening of the lateral pole iron support structure and supported at the stator lateral pole iron ends by a support means. A plurality of rotor inserts may contain free-wheeling permanent magnet inserts spaced along an outer periphery of the rotor. The rotor may be inserted into the circular opening of the lateral pole iron support structure and the free-wheeling permanent magnet inserts may be inserted into cavities along the outer periphery of the rotor. --- **HIGH EFFICIENCY ELECTRIC GENERATOR WITH ELECTRIC MOTOR FORCES** **WO2013090539** **[ [PDF](WO2013090539A1.pdf) ]** A method and apparatus are disclosed for reducing rotor drag in an electric generator. A first and second stator section are aligned along a lengthwise axis and have aligned longitudinal slots. The slots have a longitudinal opening for accommodating induction windings. First rotors of slot rotor pairs can be distributed along the outer periphery of a first stator section having Induction windings, and can be aligned longitudinally with the lengthwise axis. Second rotors of the slot rotor pairs can be distributed along the outer periphery of the second stator section having induction windings. The first rotors and the second rotors can have least one pair of pole sections of a first and a second magnetic polarity for generating AC current. --- **Stand-alone electric power generation unit** **US2012205980** **[ [PDF](US2012205980A1.pdf) ]** ![](US2012205980Holcomb.jpg) A method and apparatus for sustained power self-generation using a reduced drag high efficiency (HE) electric machine are disclosed. Electric power supply having a power level is produced from an electrical generation unit including an HE electric machine and a non-fossil fuel unit such as a hydrogen unit, a hydro unit, a battery, a power grid and so on. Portions of the electric power supply are diverted to the electrical generation unit, another electrical generation unit including an HE electric machine and a non-fossil fuel unit, and a power distribution grid. The HE machines includes a conversion efficiency factor rating of greater than 1 hp of input power to 746 watts of output power. --- **BRUSHLESS DIRECT CURRENT (DC) ELECTRIC GENERATOR WITH DECREASED ELECTROMAGNETIC DRAG** **US2012206003** **[ [PDF](US2012206003A1.pdf) ] ![](US2012206003Holcomb.jpg)** A method and apparatus for reducing drag in an electric generator are disclosed. Armature insert members are distributed along a periphery of a stator insert fit into a stator having induction windings arranged in slots. The armature insert members include permanent magnet rotors having a pair of pole sections with same magnetic polarity. The alignment of the armature insert members is offset in 45 degree increments. The armature insert members are rotated together in a synchronized manner such that the pole sections are sequentially rotated into alignment with the slots providing a moving excitation field. The stator insert and the stator are divided into sectors from a common center point. Armature insert members having a first magnetic polarity are inserted into positions around the outer periphery of the stator insert corresponding to first sectors and armature insert members having a second magnetic polarity are inserted into positions around the outer periphery of the stator insert corresponding to second ones of the N sectors, the first ones and the second ones of the N sectors arranged in alternating relation. --- **HIGH EFFICIENCY ELECTRIC MOTOR AND POWER COGENERATION UNIT** **US2012206002** **[ [PDF](US2012206002A1.pdf) ]** ![](US2012206002Holcomb.jpg) A method and apparatus for reducing drag in an electric motor-power cogenerator is provided. Wound pole irons are formed around a stator having slots containing induction windings. Ends of the pole irons extend into or near the slots and are supported by a support structure that forms an opening. Other ends extend towards the opening. Stator inserts containing free-wheeling permanent magnet inserts are distributed around a rotor inserted into the support structure opening. The permanent magnet inserts are inserted into cavities along the periphery of the rotor and include a pair of pole sections with a first magnetic polarity and a second magnetic polarity. The windings of the pole irons are sequentially energized to provide a moving field and a torque to rotate the rotor. The permanent magnet inserts freely rotate into alignment with ends of the pole irons to increase a flux density and reduce drag. --- **SOLID STATE ROTARY FIELD ELECTRIC POWER COGENERATION UNIT** **US2012007708** **[ [PDF](US2012007708A1.pdf) ] ![](US2012007708Holcomb.jpg)** A solid state rotary filed electric power cogeneration unit and method is disclosed for converting a portion of the flowing current (electrons) in the neutral leads of any alternating electric power system into usable electric power (energy) without negatively changing the power status of the primary or power side of the system and simultaneously effecting more efficient functioning of the neutral and/or ground neutral portion of the system by lowering the impedance. --- **Decreased drag electric machine with dual stator and distributed high flux density slot rotor pairs** **TW201115880** **[ [PDF](TW201115880A.pdf) ]** ![](TW201115880Holcomb.jpg) A method and apparatus for reducing drag in an electric generator are disclosed. Members of slot rotor pairs are distributed along the inner and outer periphery of sections of a stator having slots to accommodate induction windings. The members of the slot rotor pairs include slot rotors having at least one pair of pole sections of a first and a second magnetic polarity. The members of the slot rotor pairs are rotated in a synchronized manner such that a first one of the pole sections of the first member with a first magnetic polarity and a second one of the pole sections of the second member having a second magnetic polarity are aligned with the sides to provide maximum flux density in the induction windings to induce a current flow. The inner peripheries of the first and second stator sections are adjacent to each other. The slots of the stator sections are axially aligned. The first member and the second member of the respective slot rotor pairs are aligned with the aligned slots. --- **APPARATUS AND PROCESS FOR GENERATING ELECTRIC POWER BY UTILIZING HIGH FREQUENCY VOLTAGE OSCILLATING CURRENT AS A CARRIER FOR HIGH EMF DC IN AN ARMATURE BOARD** **US2005087989** **[ [PDF](US2005087989A1.pdf) ]** ![](US2005087989Holcomb.jpg) A system for generating electric power by utilizing high frequency high voltage oscillating current as a carrier for high EMF DC in an armature board wherein a large elliptical conductor coil, which is wound concurrent with and parallel to 2 exciter coils, which are wound in opposite directions to each other. The coils are placed on or in support means in close proximity over rows of a North pole face charged magnetic bodies in the superior portion of the coils and "S" South poles aligned underneath the inferior portion of the coils so that the current is generated by exciting the exciter coil through slip ring connections in which half of the ring closes the circuit and half of the ring opens the circuit. --- ---