Energy Revolution System: DIY Energy Guide, How It Works & What to Know
Energy Revolution System is a downloadable, Tesla-inspired guide that walks you through building a small supplemental electricity device at home. Here's what it actually is, how the concept is presented to work, what the science does and doesn't support, and what to check before you buy.
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Digital PDF guide + bonus e-books, instant download
Tesla-inspired bifilar coil / electromagnetic principles
Seller checkout has shown a discounted price near $39
60-day money-back window via ClickBank
A digital blueprint, not a shipped generator
Energy Revolution System is a digital instructional guide sold online that teaches buyers how to build a small, supplemental electricity-generating device at home, based on coil-winding concepts associated with Nikola Tesla's historical work. It is not a pre-assembled solar panel, wind turbine, or whole-home generator.
The product is distributed as an instant digital download: a main PDF manual, supporting diagrams and a materials list, plus several bonus e-books. Buyers access everything through an online members' area immediately after checkout — there is no shipped hardware kit, and no solar panels or wind turbines are included in the purchase.
This matters because some older promotional copy circulated for this product described a shipped kit with "high-efficiency solar panels," "advanced wind turbines" and a physical "installation kit" to unbox. That description does not match the product's own checkout process (instant digital access, no shipping address collected) or its FAQ, guarantee, and creator materials, which consistently describe a hand-built, coil-based project. We treat the digital-guide description as the accurate one and flag the solar/wind kit language as inconsistent legacy marketing copy that should not be relied on.
Inside the download
Per the product's own cover art and checkout page, buyers receive the main "Energy Revolution System" guide plus four bonus e-books, all delivered digitally with mobile-friendly access.
Main guide
- Step-by-step build instructions and diagrams for the coil-based device
- A materials list of common, easy-to-source parts
- Safety notes for working with basic electrical components
Bonus materials (as shown on the product cover)
- A guide on home energy fundamentals
- A battery-storage reference guide
- A guide covering alternative/unusual power sources
Exact bonus titles and contents are set by the seller and may change; the list above reflects what is shown on the product's own cover art at the time of this review. Confirm current contents on the official checkout page before buying.
How the concept is presented to work
The guide's marketing describes winding a coil using a bifilar (two-parallel-wire) pattern, connecting it into a small circuit with basic components, and using the resulting device to supplement — not replace — a portion of a household's electricity use.
According to the seller's presentation, the build process generally follows these stages:
- Wind the coil. Two lengths of wire are wound together in the bifilar pattern described in the guide.
- Assemble the circuit. The coil is wired into a small circuit with commonly available electrical parts.
- Test and adjust. The guide walks through basic testing steps and troubleshooting.
- Connect a small load. The finished unit is used to power small devices, per the seller's examples.
This is the seller's description of the process, not an independently engineered specification. We have not built the device ourselves, and no independent lab report on this exact guide's output has been published as of this writing.
What's real physics, and what's marketing
Electromagnetic induction, coils and bifilar windings are real, well-documented areas of electrical engineering. That does not mean this specific commercial guide's savings or output claims are scientifically proven — those are two separate questions.
What's genuinely documented: Electromagnetic induction — the process by which a changing magnetic field induces electrical current in a conductor — is foundational, textbook electrical engineering. Bifilar (two-parallel-wire) winding is a real coil-construction technique used in transformers and inductors, documented in modern IEEE research and in Nikola Tesla's 1894 patent for a "Coil for Electro-Magnets."
What is not established: No independently published, peer-reviewed research verifies the specific electricity-output or bill-savings figures used to market this or similar coil-based DIY guides. Any device built at home is still bound by the law of conservation of energy — it cannot generate more usable electrical energy than the energy put into it. A small coil-based circuit built with common parts is best understood as a modest, supplemental electrical project, not a replacement power plant.
Our position: We do not claim this guide's build "generates free energy" or "proves" any commercial claim. We present the underlying physics accurately and separately from the seller's marketing language.
Tesla's Bifilar Coil: What It Actually Means
Historical context. Nikola Tesla filed U.S. Patent 512,340, "Coil for Electro-Magnets," granted January 9, 1894. In it, Tesla described winding two parallel wires together in a flat, pancake-style spiral instead of a single wire in the usual manner.
What a bifilar coil is. A bifilar coil pairs two conductors wound side by side at a consistent spacing. Because the two windings sit so close together, their magnetic coupling is very tight, which changes how the coil's inductance and capacitance interact compared with an ordinary single-wire coil.
The electrical principle involved. Depending on how the two wires are connected, a bifilar winding can either cancel most of the coil's self-inductance while raising its effective capacitance, or preserve inductance while altering current distribution. Modern IEEE research still studies bifilar winding for practical uses such as balancing transformers in resonant power converters.
What Tesla's documented work actually describes. Tesla's patent is about electromagnet coil construction and its electrical characteristics — it is not a design for a self-powered generator, and it makes no claim about producing energy from nothing. It predates modern semiconductor electronics entirely.
Why the product references it. Coil-based DIY energy guides commonly invoke Tesla's name and this patent because it is genuine, well-documented electrical history that lends real-sounding technical grounding to a build. That is a legitimate historical reference point — but it is not evidence that a specific modern commercial guide "unlocks" a Tesla secret or generates meaningful household power. Tesla's patent does not prove, endorse, or validate this or any other commercial product.
What is known vs. what is claimed?
| Topic | What is independently known | What is claimed by seller marketing |
|---|---|---|
| Electromagnetic induction | Well-established physics, used across all modern electrical engineering | Presented as the basis for the entire build |
| Bifilar coil | Real 1894 Tesla patent (US512340); studied today in transformer/inductor design | Framed as a "secret" that enables the device to work |
| Electricity savings | No independent testing of this guide's savings has been published | Marketing references up to ~80% bill reduction |
| Day/night, weather-independent operation | Not independently verified | Advertised as an advantage over solar/wind |
| Build time | Not independently verified; varies by builder skill | Marketed as a 3–5 hour or "weekend" build |
| Creator identity | "Michael Garnett" cannot be verified against public records | Presented as a real independent researcher |
What the build is said to require
Per the seller's materials list, the project centers on common, easy-to-source electrical parts — insulated wire for the bifilar winding, a coil form, basic connectors, and small electrical components used to complete the circuit — rather than solar panels, wind-turbine blades, or specialty industrial hardware. No parts are shipped with the purchase; the guide tells you what to buy locally or online.
Wire & coil form
For winding the bifilar coil per the guide's diagrams.
Basic circuit parts
Common connectors and small components to complete the circuit.
Household tools
Standard hand tools; the guide is written for non-specialists.
How the build is presented, step by step
- Read the full guide first. The seller recommends reviewing every step before buying parts.
- Source the materials. Gather the wire, coil form and basic components listed in the manual.
- Wind the bifilar coil. Follow the diagrams for spacing and wire pairing.
- Wire the circuit and test. Assemble the supporting circuit and check connections before use.
- Evaluate results honestly. Treat the finished unit as a small, supplemental project and judge it against realistic expectations, not marketing headlines.
Anyone working with electrical components and wiring should follow standard electrical-safety practice and local code, and should not connect a self-built device to household wiring or the utility grid.
What a project like this can realistically offer
Low entry cost
A modest guide price and common parts, versus thousands of dollars for a solar or battery installation.
Hands-on learning
A beginner-friendly introduction to coils, circuits and basic electrical concepts.
Small supplemental use
Buyer accounts describe powering small loads such as lights or chargers, not whole-home appliances.
What to expect this project will not do
- It is very unlikely to replace a home's primary electricity supply or run major appliances such as air conditioners or refrigerators on its own.
- Independent, third-party performance testing of this exact guide is not publicly available.
- Results depend heavily on build quality, component choice and the builder's own skill — outcomes will vary between individuals.
- It is bound by ordinary physics: a small home-built circuit cannot output more usable energy than goes into it.
- The guide is sold only through the seller's official checkout, so pricing and bonus contents can change at any time.
What buyers say
The testimonials below are published by the seller on the product's marketing materials. They are individual, self-reported experiences, not independent or scientific evidence that the product will work the same way for everyone.
"I'm not an engineer — just a dad trying to lower our bills. My son and I followed the blueprint step by step; our bill dropped for the first month and we kept the garage powered during a storm outage."
"I wanted a greener option without spending thousands on solar. This was a compact, quiet, weekend build that keeps my workspace running during blackouts."
"I've built plenty of DIY projects, but none this useful. The manual is clear and support answered my email within a day. I'm saving a modest amount on power."
A balanced look
Pros
- Beginner-friendly instructions with diagrams
- Low purchase price relative to solar/wind installs
- Instant digital delivery, no shipping wait
- 60-day ClickBank refund window
- Uses common, inexpensive materials
Cons
- No independent testing of savings/output claims
- Marketing copy on some pages has been inconsistent about what's included
- Not a substitute for whole-home power or major appliances
- Creator identity cannot be independently verified
- Sold only through the official checkout, with pricing that can change
Good fit vs. poor fit
Likely a reasonable fit
- DIY hobbyists curious about coils and basic electronics
- Budget-conscious buyers who want a low-cost learning project
- People who want a small, supplemental backup for low-draw devices
Probably not a fit
- Anyone expecting to replace their utility bill entirely
- Households wanting a certified, code-compliant power system
- Buyers uncomfortable with basic electrical wiring work
What does it cost?
Regular price shown in seller materials: $97–$149
From $39
Pricing, currency and any bundled bonuses are set entirely by the seller's checkout page and can change at any time. Always confirm the current price before completing a purchase.
60-day money-back guarantee
The seller advertises a 60-day, 100% money-back guarantee, processed through ClickBank's standard retail return policy. This gives buyers a window to review the guide and decide whether the project fits their needs before the refund period closes.
Refunds are handled by the seller and ClickBank, not by this website. Review ClickBank's order/return process on the official checkout page for exact terms.
Sources behind the science discussion above
Coil for Electro-Magnets (U.S. Patent 512,340)
Tesla's original patent describing the bifilar, flat-spiral coil-winding method referenced by this product's marketing.
Bifilar Winding of a Center-Tapped Transformer for LLC Resonant Converters
Modern peer-reviewed engineering research studying bifilar winding's effect on transformer inductance balance.
Solar Performance and Efficiency
DOE's overview of photovoltaic conversion efficiency, showing most commercial solar panels convert roughly 15–22% of sunlight to electricity.
U.S. Wind Energy Capacity Factors
DOE data showing average U.S. onshore wind capacity factors near 35–38%, with a theoretical maximum (Betz limit) of about 59%.
These sources support the general physics and energy-technology background discussed on this page. None of them test, certify or endorse the Energy Revolution System guide itself.
Frequently asked questions
What is Energy Revolution System?
A digital DIY guide teaching buyers how to build a small, coil-based supplemental electricity device at home, inspired by Tesla's bifilar coil concept.
Is Energy Revolution System a digital product?
Yes. It is delivered as an instant digital download — a PDF guide plus bonus e-books — accessed through an online members' area after checkout.
What is included in the purchase?
The main guide and several bonus e-books, based on the product's own cover art and checkout page. No physical hardware, solar panels, or wind turbines ship with the order.
How does Energy Revolution System work?
Per the seller's materials, you wind a bifilar coil, wire it into a small circuit with common parts, test the build, then use it for small supplemental loads.
What is a bifilar coil?
A coil wound from two parallel wires, a configuration Tesla documented in U.S. Patent 512,340 (1894). It changes how the coil's inductance and capacitance behave versus a standard single-wire coil.
Does it require solar panels?
No. The core concept marketed for this guide is coil-based, not photovoltaic. It is marketed as an alternative to, not an addition to, solar panels.
Does it require wind turbines?
No. As with solar panels, wind turbines are not part of this guide's core build concept, despite older marketing copy that referenced them.
How much does Energy Revolution System cost?
Seller checkout pages have shown a discounted price near $39 against a stated regular price of $97–$149. The official checkout page is the only reliable source for the current price.
Where can I buy Energy Revolution System?
Through the seller's official checkout, processed via ClickBank. This site links to that checkout and may earn a commission on qualifying purchases.
Is Energy Revolution System legitimate?
It is a real, purchasable ClickBank digital product with a 60-day refund window — that makes it a legitimate, low-risk transaction. It does not mean every marketing claim about performance is independently proven.
Is Energy Revolution System a scam?
No evidence found here suggests it is a scam in the sense of taking payment without delivering the promised digital guide; buyers do receive the download and a refund window applies. Treat specific savings and performance numbers as unverified marketing claims rather than guarantees.
Does it guarantee electricity savings?
No. There is no independent testing behind the advertised savings percentages. Actual results depend on the individual build and household usage.
Our take
Energy Revolution System is best understood as an inexpensive, digital DIY electronics guide that uses Tesla's real bifilar-coil history as its technical hook. The underlying physics referenced — electromagnetic induction and bifilar coil winding — is genuine and well documented. The commercial claims layered on top of that physics, such as specific bill-savings percentages and appliance-powering ability, are seller marketing and have not been independently tested.
For a low purchase price with a 60-day refund window, it can be a reasonable, low-risk way to explore a hands-on electronics project. It should not be purchased as a replacement for a household's primary electricity supply, and buyers should approach the more dramatic marketing claims with healthy skepticism.
Ready to see the current offer?
Pricing, bonuses and the guarantee are set on the seller's official checkout page.
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