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INDEPENDENT POWER ENGINEERING

Complex energy
projects.
Clear technical
answers.

Experience that connects design, commissioning and real-world operation. Get an independent view on your next engineering decision.

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iEnergy & iDataEngineer · Commissioning leader · Technical advisor
THE COMPLETE ENERGY PICTURE01 — 04
Rotating turbines · motorised single-axis trackers
East · −55°Noon · 0°West · +55°

Trackers rotate about their torque tubes with the simulated sun · accelerated motion · not live plant data

WindSolar PVBattery storageHV substation
From design to first power.ILLUSTRATIVE VISUALISATION
PROJECT MANAGEMENT · PLANNING · DELIVERY

One programme.
From RTB to operation.

Connect engineering, procurement, construction and grid readiness in one coordinated delivery plan. Explore the workstreams, interfaces and evidence that move an energy project forward.

DELIVERY CONTROL ROOM ILLUSTRATIVE PROGRAMME
PHASE 01 / 09
COORDINATED WORKSTREAMSRTBDesignSupplyCivilInstallIntegrateCxTestOperateEngineering & approvalsProcurement / FAT / logisticsCivil works & foundationsEquipment & cable installationProtection / SCADA / controlsCommissioning & complianceDocumentation & handover010203040506070809
Accelerated sequence · parallel activities · phase gates
CURRENT PHASE · 01

Ready to Build

Confirm permits, land, connection conditions, scope boundaries and design maturity. Establish the WBS, responsibilities, risk register and baseline schedule.

PHASE GATEBaseline agreed
WIND · PHASE FOCUS

Land, access and turbine / grid interfaces

DELIVERY EVIDENCE

RTB gap register · WBS · baseline programme

Sequence shown for explanation. Actual durations, overlaps, hold points and acceptance depend on the approved project programme.
01 · PLAN & BASELINE

A programme with clear ownership.

WBS, milestones, dependency logic, critical-path review, resource interfaces and engineering / procurement need dates.

02 · CONTROL & COORDINATE

Make constraints visible early.

Look-ahead planning, progress reviews, risk and change registers, contractor coordination and recovery scenarios.

03 · VERIFY & HAND OVER

Close the evidence loop.

System completion, commissioning readiness, test and compliance tracking, O&M documentation and handover actions.

SCADA · ARCHITECTURE · INTEGRATION · TESTING

From a signal list.
To operational visibility.

An animated control-room view for wind, solar, battery storage and the HV grid connection. Follow a complete simulated day with active power, reactive power, bus voltage and battery state of charge.

iEnergy & iData · HMI DEMONSTRATOR

Hybrid plant control room

Wind · Solar PV · BESS · 33 / 110 kV substation

SIMULATED TIME08:0024 h in 96 s · LOOP
SYSTEM AVAILABLE · SIMULATEDSUNRISE · PV RAMP-UPALL VALUES ARE DEMONSTRATION DATA
ACTIVE POWER · PCC4.5 MW

Export to grid

REACTIVE POWER · PCC0.60 Mvar

Q follows PPC target

VOLTAGE · HV BUS110.30 kV

110 kV nominal

BATTERY STATE OF CHARGE73.7 %

200 MWh · ideal store

On small screens, swipe the single-line diagram horizontally.

01 / POWER FLOW · AC-COUPLED HYBRID PLANTWIND FARM12.5 MWQ 1.00 Mvar · 33.09 kVTURBINE CONVERTERS · AVAILABLESOLAR PV + INVERTERS10.6 MWQ 0.42 Mvar · 33.09 kV354 W/m² · MPPT ENABLEDBESS + BIDIRECTIONAL PCS-7.7 MWQ 0.57 Mvar · 33.09 kVCHARGING · SOC 73.7% · 200 MWh (IDEAL MODEL)33 kV BUS33.09 kVQ01 · CLOSEDQ02 · CLOSEDQ03 · CLOSEDQ04 · CLOSEDT01 · 40 MVA33 / 110 kVQ51 · CLOSEDPCC METER4.5 MWUTILITY GRID110.30 kVSITE / AUXILIARY LOAD10.8 MWQ 1.40 Mvar · loss model 0.18 MWEMS / PPC · SETPOINTSP export cap25.0 MWQ target0.60 MvarPCC modeEXPORTGrid frequency50.000 Hz■ CLOSED BREAKER · Animated dots indicate simulated power direction · + BESS = discharge / − = charge · + PCC = export / − = import

Renewables feed the AC bus. The bidirectional PCS charges the battery; surplus power is exported.

02 / HISTORIAN · 24-HOUR POWER PROFILEMW · accelerated simulation
-10010203000:0006:0012:0018:0024:00
Solar PVWindBESS ±PCC ±
Educational simulation · P in MW, Q in Mvar, line-to-line U in kV. P balance includes a simplified 0.18 MW loss. Battery state uses an ideal 200 MWh model. Breaker positions and signal quality are illustrative. No real plant is connected.
Explore SCADA engineering · signals, architecture, FAT & SAT
HYBRID PLANT · SCADA ENGINEERINGSIMULATION · NO LIVE CONTROL
ENGINEERING WORKSPACE · SIGNAL LISTWIND— MWIED / PLC · field interfaceSOLAR PV— MWIED / PLC · field interfaceBESS— MWIED / PLC · field interfaceHV SUBSTATION— MWIED / PLC · field interfaceREDUNDANT NETWORK · RTU / GATEWAYIEC 61850 / IEC 104 · project-defined interfacesSCADA SERVERS + HISTORIANOPERATOR HMI + ALARMSEMS / PPC + DISPATCH
Animated signal paths · illustrative architecture · values are simulated
PHASE 01

Signal list

Define tags, units, scaling, status polarity, timestamps, quality, alarm classes and command permissions.

DELIVERY EVIDENCE

Signal register · IOA / IEC 61850 mapping · cause & effect

The operational screen is a demonstration. Signal quality, local / remote authority, permissives and interlocks must be validated against the approved project. This animation sends no commands.

KNOWLEDGE WORTH SHARING

Know a team facing an energy project challenge?

Share an independent technical perspective with your engineering network. Explore the simulator for free, then request support for your own project.

25+years in energy engineering
10+ GWenergy project portfolio · over 10,000 MW*
65+green energy projects*

One perspective.
The entire project lifecycle.

ENERGY WEATHER · ROMANIA

Follow the wind.
Read the conditions.

Regional weather context for renewable generation. Select a layer and a location to inspect the latest available model data.

Weather source unavailable
Wind · m/sCity points · not an interpolated field
LOCATION DETAILS

Romania

Wind— m/s
Temperature— °C
Solar irradiance— W/m²
Precipitation— mm / next hour

Waiting for source data.

Model forecasts / estimates, not instant weather-station measurements. MET Norway temperature and wind are valid at the displayed time; precipitation is the following one-hour total. Auto-refresh every 15 minutes while this page is visible. Source: MET Norway · CC BY 4.0. Outline: Natural Earth. Open a full weather map

WORK WITH ME

The right support.
At the right moment.

Start with a specific question or bring a wider project challenge. We agree the scope, fee and deliverable before work begins.

02

Think it through, together

Expert consultation

A 30-minute remote session to examine a challenge and agree your next steps.

  • Technical discussion
  • Priorities and practical actions
  • Short written recap
03

Independent engineering scrutiny

Technical review

A scoped review of a design package, specification or commissioning document.

  • Gaps, risks and inconsistencies
  • Prioritised findings
  • Agreed deliverable and scope
04

For the decisions that matter

Project advisory

Ongoing independent support for owners, developers, EPCs and project teams.

  • Technical due diligence & RTB
  • Engineering, procurement & supervision
  • Commissioning, O&M & compliance dossiers

Select a service to view its fee and send your enquiry. Scope, delivery date and any applicable tax are confirmed before payment.

TRAINING · DOCUMENTATION · DIGITAL DELIVERY

Focused packages.
Practical deliverables.

Prepare your team, structure your project evidence or build a technical digital product. Each package starts with an agreed scope and delivery plan.

P01TRAINING & OPERATIONAL READINESS

Operations training

A tailored training programme for your plant operations team.

  • Project-specific training needs and curriculum
  • Operating scenarios and supporting material
  • Sessions, participants and delivery format agreed in scope
P02TEST, RECORD & HAND OVER

Commissioning documentation

A coordinated set of documents for planned commissioning and handover.

  • Commissioning plan and agreed document register
  • FAT / SAT procedures, protocols and checklists
  • Review cycles and delivery schedule defined before payment
P03GRID COMPLIANCE & EVIDENCE

Testing & conformity

Test planning and evidence packages for project conformity assessment.

  • Requirements matrix and test programme
  • Evidence register and technical dossier support
  • Operator and authority approvals remain separately determined
P04DIGITAL ENGINEERING SERVICES

Technical website development

A professional website built around your technical business and client journeys.

  • Agreed structure, content and responsive interface
  • Features, integrations and acceptance criteria scoped upfront
  • Hosting, third-party costs and ongoing support agreed separately
P05DIGITAL ENGINEERING SERVICES

Technical iOS app development

A technical iOS application designed around an agreed engineering workflow.

  • Requirements, screens and feature specification
  • Development, testing and handover in the agreed scope
  • Apple account responsibilities and App Store review defined upfront

Select a package to view its fee and request a delivery plan. Deliverables, project boundaries, timetable, review cycles and any applicable tax are confirmed in writing before payment. No recurring subscription. Travel, licences, hosting, third-party fees and regulated site execution are included only if expressly agreed. App Store acceptance is determined by Apple.

GLOBAL MARKETSFX · METALS · OIL · MAJOR STOCKS
Quotes by TradingView · Data may be real-time, delayed or last close depending on venue. FX is indicative; metals/oil may be CFD benchmarks. See each symbol for currency, unit and market status.
PROJECT ADVISORY · FROM READINESS TO OPERATION

One project.
Support at every stage.

Technical consultancy, engineering support and delivery coordination for owners, developers, investors, EPCs and operators. Build an engagement around the decisions, interfaces and documents your project needs.

SECTORS WE SUPPORT
WindSolar PVBESS & hybrid plantsHV substations & grid connectionsCogeneration / CHPNuclear powerSmall Modular Reactors (SMR)Data centres
01ASSESS & PREPARE

Technical due diligence & ready-to-build

Establish a clear technical baseline before investment, procurement and construction.

  • Technical Due Diligence for owners, investors and project teams
  • Ready-to-build gap assessment, technical dossier preparation support and document registers
  • Review of design maturity, project interfaces, technical risks and action priorities
TYPICAL DELIVERABLE

Technical risk register, dossier checklist and readiness action plan.

02DESIGN & CONNECT

Engineering, optimisation & grid connection

Align the plant design, connection solution and operator requirements.

  • Design development support, independent design verification and project optimisation
  • Grid-connection options, integration concepts and HV substation interface reviews
  • Technical submission review and dossier coordination for TSO / DSO approval
TYPICAL DELIVERABLE

Design review register, connection options and operator submission tracker.

03SPECIFY & SOURCE

Procurement, manufacturers & logistics

Translate technical requirements into equipment and delivery decisions.

  • Technical specifications, RFQ packages and bid evaluation support
  • Manufacturer capability and equipment conformity reviews, supplier and distributor identification
  • Procurement supervision, logistics coordination and delivery-interface planning
TYPICAL DELIVERABLE

Technical bid comparison, supplier assessment and procurement action register.

04PLAN & SUPERVISE

Project planning & construction supervision

Coordinate the work from the connection point to the complete facility.

  • Planning for HV substations, grid connections and power plant delivery
  • Engineering, procurement, construction and energisation milestone coordination
  • Technical supervision, interface management, quality follow-up and progress review
TYPICAL DELIVERABLE

Integrated milestone plan, interface matrix and supervision reporting.

05CONTROL & INTEGRATE

SCADA, automation & ALO

Connect plant equipment, control systems and grid-operator interfaces.

  • SCADA / SAS architecture and integration solutions, signal mapping and communications interfaces
  • EMS / PPC / PCS integration concepts for renewable and storage facilities
  • ALO scope definition, engineering review and implementation coordination against project-specific TSO requirements
TYPICAL DELIVERABLE

Control-interface matrix, signal register and integration / acceptance plan.

06TEST & HAND OVER

Commissioning, conformity & certification support

Build the evidence needed for energisation, acceptance and reliable operation.

  • Commissioning strategy, FAT / SAT coordination and site readiness review
  • Grid-compliance evidence planning, test documentation and technical dossier assembly
  • Support for plant conformity assessment, certification submissions and operational handover
TYPICAL DELIVERABLE

Commissioning dossier, compliance evidence register and handover action list.

CONSTRUCTION · VISUAL SEQUENCE

Watch the plant take shape.

From tracker foundations to the electrical connection. Select a stage or play the complete assembly.

01 · PREPAREFoundations
DC collectionAC / MV connection

Concept animation · accelerated and simplified assembly · not a site work instruction or an approved installation method. Cable routes are shown exposed for clarity. Actual installation order, lifting plans, cable design and acceptance follow the project and manufacturer requirements.

BESS · BUILD · INTEGRATE · OPERATE

From bare ground to stored energy.

A complete illustrative BESS sequence: civil works, container placement, electrical integration, commissioning readiness and bidirectional operation.

BESS 01BESS 02BESS 03BESS 04PCS ↔PCS ↔MVGRIDEMS
01 · CIVILRoads & platforms
EXPLORE PCS OPERATION
DCAC / MVEarthingControl / comms

One bidirectional PCS, two conversion modes. Charging uses AC → DC rectification; discharging uses DC → AC inversion. The animation represents an AC-coupled BESS and does not imply that separate inverter and rectifier cabinets are required. Energy-flow dots and SoC are simulated.

Illustrative assembly and operation, not a lifting plan, switching sequence or installation instruction. Equipment layout, separation, fire strategy, foundation design, drainage, cable routes, interlocks and commissioning follow the approved project and manufacturer requirements. Green check symbols illustrate verification categories and are not real test results or a permission to energise. Routes are exposed for clarity; no real plant is connected.

STRUCTURED DOCUMENTATION PACKAGES

Evidence your team can work with.

Coordinated packages with an agreed document list, review cycle and delivery schedule.

O&M

Operations & maintenance

  • Operating procedures and plant operating philosophy
  • Preventive maintenance plans, inspection checklists and equipment registers
  • Troubleshooting guidance, training material and handover documentation
Cx

Commissioning

  • Commissioning plan, system boundaries and responsibility matrix
  • FAT / SAT protocols, test procedures and acceptance checklists
  • Energisation readiness, punch lists and commissioning reports
GRID

Conformity & certification

  • Project-specific TSO / DSO requirements and compliance matrix
  • Test evidence index, equipment certificates and technical dossier structure
  • Submission tracking, gap closure and support through technical acceptance

Project services and documentation packages are quoted individually after scope review. Deliverables, local authorisations and execution responsibilities are agreed for each engagement. Approvals and certificates are issued by the relevant operator, authority or certification body.

CONNECTED EXPERTISE

See the system.
Find the missing pieces.

Engineering decisions don’t happen in isolation. Equipment, controls, grid requirements and operations have to work together.

Connect storage, generation and operational requirements.

Independent review of battery system architecture, PCS / EMS / PPC interfaces, reactive-power capability, protection and grid-compliance evidence.

WHAT YOU WALK AWAY WITH

A clear interface map, technical gap register and action priorities.

BESSPV + storageEMS / PPC
SELECTED PROJECT EXPERIENCE

Experience at scale.
Perspective that travels.

From nuclear programmes to renewable energy and grid infrastructure. Selected assignments from the advisor’s professional experience.

Illustrative aerial visualization of a four-unit coastal nuclear power station in the UAE01 / UNITED ARAB EMIRATES

NUCLEAR · SUPERVISION

Barakah NPP

Units 1, 2, 3 & 4

Supervision experience across the four-unit nuclear programme, bringing a practical perspective on complex project interfaces and delivery.

Nuclear powerProject supervision
Illustrative architectural visualization of a nuclear power plant on Finland’s forested Baltic coastline02 / FINLAND

NUCLEAR · TECHNICAL DUE DILIGENCE

Olkiluoto 3 · OL3

Independent technical perspective

Technical due diligence experience for OL3, with a focus on engineering evidence, technical interfaces and informed project decisions.

EPRTechnical due diligence
Illustrative renewable energy landscape combining wind, solar, battery storage and a high-voltage substation in Romania03 / ROMANIA

RENEWABLES · GRID · CONSULTANCY

Powering the transition

Wind · Solar · BESS · HV substations

Project experience and technical consultancy connecting generation, storage and the grid, from engineering review to commissioning and operation.

Wind & solarBESSHV substations

Illustrative project visualisations. Project names identify professional experience; images are not documentary photographs and do not imply client endorsement.

iE + iDENGINEERING / OPERATIONS / DELIVERY
YOUR INDEPENDENT ADVISOR

iEnergy & iData

Industrial Engineer
Commissioning & O&M Manager
Project Manager / Coordinator

Based in Europe · International projects
EXPERIENCE BEYOND THE DRAWING

Built on projects.
Grounded in operation.

More than 25 years across nuclear power, combined-cycle generation, renewables and grid infrastructure.

Professional background includes nuclear training instruction, dispatch leadership, grid-code / TSO compliance consulting and ANRE IIIB / IVB authorisations. Current scope and validity of any regulated authorisation must be confirmed for the engagement.

My work connects project delivery with the realities of commissioning, dispatch and operation. I help teams question assumptions, clarify interfaces and turn technical uncertainty into a practical plan.

01

Power generation

Nuclear technologies including CANDU, PWR / EPR and APR1400; combined-cycle generation; wind, solar and hydro.

02

Grid & operational leadership

Renewable dispatch centres, HV substations, grid connections, commissioning and O&M coordination.

03

Independent technical perspective

Owner-side reviews, EPC interfaces, technical due diligence, grid compliance and commissioning readiness.

*Experience figures describe the advisor’s professional background, not this website’s customers or completed engagements.

ENGINEERING NOTES

A closer look at
what matters.

A few useful starting points. General educational material; every project needs its own engineering assessment.

A SIMPLE, TRANSPARENT PROCESS

From question
to a way forward.

  1. 01

    Describe the challenge

    Share the context, project country and the decision you need to make.

  2. 02

    Agree the scope

    Receive a confirmed fee and deliverable. Pay only after the scope is accepted.

  3. 03

    Get an expert response

    Access your written answer or agreed consultation outcome in your private portal.

BEFORE WE START

A few practical
questions.

MAKE YOUR NEXT DECISION WITH CLARITY

Bring the challenge.
Let’s work through it.

No charge to submit. Scope and fee confirmed first.

Prefer email? projectmanager.cod@yahoo.com
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