Concept & Feasibility
We frame the idea into a clear technical scope, choose the right topology or architecture, and confirm the specifications are achievable before any money is spent on hardware.
Consultancy · Project Development
From an idea to a working, tested product
We turn concepts into real, validated hardware. Power4All takes your project through concept design, simulation, circuit and control design, prototyping, testing, and delivery — a simulation-first workflow built on the same power-electronics engineering we teach and ship every day.
AC InputRegulated DC Output
Every design is proven in simulation, then verified on the bench — the same workflow behind our own virtual labs and calculators.
Concept→DeliveryEnd-to-end workflow
12W–2kWPower range experience
AC·DC·ACConverter topologies
100+Tools & labs we built
What We Deliver
Every stage of development, handled by one engineering team
Whether you need a single stage or the full journey, each part of your project is engineered for what actually works in the lab and in production — not just on paper.
Simulation & Modeling
Circuit and control behaviour is validated in simulation first — waveforms, efficiency, stability, and stress — so design risks are caught early, the way our own virtual labs demonstrate them.
Circuit & Control Design
Power stage, gate drive, sensing, protection, and closed-loop control are designed together for efficiency, reliability, and clean, repeatable performance.
Prototype Build & Bring-Up
From schematic to a working board: component selection, PCB layout, assembly guidance, and hands-on bring-up until the prototype powers up and behaves as designed.
Testing & Validation
We measure against the targets — load, thermal, efficiency, protection, and edge cases — and iterate until the numbers hold up for real-world use.
Documentation & Handover
Clear reports, schematics, BOM, test data, and guidance so your team — or your examiner — can understand, reproduce, and take the project forward.
Our Process
A clear, six-step path from idea to delivery
Predictable stages, checkpoints you can review, and a working result at the end.
Step 01 · Discovery
Discovery & Scope
We understand your goal, constraints, and target specs, then define a realistic scope and success criteria before any engineering begins.
- Goals, application & constraints captured
- Target specifications agreed
- Clear scope & success criteria
Step 02 · Concept
Concept & Feasibility
Topology or architecture selection, a quick trade-off study, and a feasibility check against your targets so the direction is proven early.
- Topology / architecture selection
- Trade-off & risk study
- Feasibility confirmed vs. targets
Step 03 · Simulation
Simulation & Design
Detailed circuit, control, and layout design — fully validated in simulation, with waveforms and stability checked before committing to hardware.
- Circuit & closed-loop control design
- Waveform, efficiency & stability validation
- Design locked before hardware spend
Step 04 · Prototype
Prototype Build
Component sourcing guidance, PCB realization, assembly, and the first power-up and bring-up of a real, working prototype.
- BOM & component sourcing guidance
- PCB layout & assembly
- First power-up & bring-up
Step 05 · Validation
Test & Validate
Bench testing and measurement against every target — load, thermal, efficiency, and protection — with iteration until the prototype meets spec.
- Load, thermal & efficiency testing
- Protection & edge-case checks
- Iterate until it meets spec
Step 06 · Delivery
Delivery & Handover
Final documentation, files, and a walkthrough so you can present, reproduce, or move toward production with confidence.
- Reports, schematics, BOM & PCB files
- Measured test data vs. targets
- Walkthrough & complete handover
What You Receive
Deliverables you can actually use and defend
Every engagement ends with a tangible package — not just advice. You get the design intelligence, the hardware, and the evidence that it works, ready for your next step whether that is a viva, an investor demo, or a production run.
- Simulation reports with waveforms & results
- Schematics and design calculations
- PCB layout and manufacturing files
- Bill of materials (BOM)
- Working prototype and bring-up notes
- Measured test data vs. targets
- Project documentation & report
- Handover walkthrough
Built to a production mindset
- Design choices justified with numbers, not guesswork
- Protection, thermal, and reliability considered from day one
- Clean, reviewable layouts and documentation
- A clear path from prototype toward manufacturing
- Support for iterating after the first build
Inside The Work
From whiteboard sketches to bench-tested hardware
A look at how projects actually take shape — planning, simulation, prototyping, and validation.
Who It's For
Development support for makers, students, startups, and labs
Final-year & academic projectsConcept, simulation, prototype, test data, and reports ready for evaluation.
Startup MVPsFast, credible proof-of-concepts and first products to validate your idea.
Institutional R&D & labsDesign, prototyping, and lab-setup support for research and coursework.
Product engineering teamsExtra hands for topology, control, PCB, and validation on tight timelines.
Power & energy productsSMPS, converters, chargers, EV and renewable-linked hardware.
Demos & competitionsReliable working hardware and documentation for showcases and contests.
Why Power4All
A team that teaches, simulates, and builds this every day
Power4All is a power-electronics education and engineering platform — so your project is guided by people who understand the theory and the hardware.
Simulation-first proof
We build our own interactive simulators and virtual labs, so your design is validated and visualized before hardware — reducing cost and risk.
Real power-electronics depth
Converters (AC-DC, DC-DC, DC-AC), battery chargers from 12W to 2000W, EV systems — practical hardware experience, not just slides.
Full-stack delivery
Need more than a board? We also cover PCB design, websites, and native Android apps — we shipped our own Power4All Android app.
Education-grade documentation
Because we teach, we explain. You get clear, well-structured reports and documentation your team or examiner can actually follow.
Blended expert team
Professors, engineers, and developers collaborate from concept to delivery, covering both technical depth and polished presentation.
Built to iterate
Hardware rarely works perfectly on the first try. We plan for measurement, refinement, and a second pass so the result truly meets spec.
FAQ
Project development — common questions
We focus on power electronics and embedded hardware: SMPS and converter designs (AC-DC, DC-DC, DC-AC), battery chargers and adaptors from 12W to 2000W, EV conversion and charging systems, sensor and control boards, and final-year academic projects. We also handle the surrounding software, PCB design, and web/Android delivery when a project needs it.
Yes. We start at concept and feasibility — defining the scope, choosing a topology or architecture, and validating it in simulation before any hardware is built. From there we move through circuit and control design, prototyping, testing, and handover, or we join at whatever stage suits your team.
Absolutely. We support students and colleges with concept framing, simulation, working prototypes, test data, and clear documentation and reports — the same simulation-first workflow behind Power4All's own virtual labs and calculators.
Typical deliverables include simulation and design reports, schematics and PCB files, a bill of materials, a working prototype, measured test results, and complete documentation so your team can move confidently toward production.
Share your idea, target specifications (power level, application, constraints) and timeline through the consultancy request form. We review it, propose the right path for simulation, prototyping, testing, and delivery, and send back a clear scope.
Start Your Project
Have an idea? Let's make it real.
Tell us your concept, target power level, application, and timeline. We'll propose the right path for simulation, prototyping, testing, and delivery — and send back a clear scope.