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MERGENPOWER
GRID / ONLINE

Distributed power // Renewables // Industrial energy

Power, without compromise.

Mergen Power develops and operates resilient energy systems built around the real load — combining generation, renewables, storage and infrastructure into one dependable power architecture.

Enter the grid View project cockpit
01FIRM 02SOLAR 03HYBRID 04GRID
Mergen PowerPOWER CORE
ARCHITECTUREHYBRID-READY
PRIORITYAVAILABILITY
DESIGN BASISREAL LOAD
DELIVERYEND-TO-END
SCROLL TO SYSTEMS
01

THE POWER THESIS

The job is not to install equipment.
The job is to keep the load alive.

Every project starts with demand, operating conditions and economics. Technology is selected after the load is understood - not before.

LOAD -> SYSTEM -> CONTROL -> OPERATE

01 / ENERGY ARCHITECTURE

Build the system.

Six interacting power disciplines. Select a node to interrogate the architecture.

01

Gas & thermal generation

Prime, standby and transition generation architectures sized around load profile, fuel logistics, redundancy and maintainability rather than nameplate capacity alone.

Prime / standby Modular N+1 Fuel transition
RELIABILITY FIRSTRENEWABLE WHERE IT WORKSMODULAR BY DESIGNCOMMERCIAL DISCIPLINEOPERABLE IN THE FIELD

02 / PROJECT COCKPIT

Selected systems.

Select a project for its public technical summary. Locations are shown only at State or FCT level.

01 / 06

03 / PROJECT ATLAS

Portfolio, by state.

A State/FCT portfolio view of Mergen activity across Nigeria. Exact site positions are not shown.

PUBLISHED PROJECTS6
CAPACITY / RATING REPRESENTED1.63 MW + 360 kVA
STORAGE REPRESENTED1.50 MWh
STATES / FCT REPRESENTED6
NIGERIA
STATE/FCT PORTFOLIO VIEW / SITE POSITIONS NOT SHOWN

ATLAS / CONTROL

Select a state point.

Choose a marker to view the State/FCT project summary. Markers show geography only, not exact site positions.
MERGEN / NIGERIASTATE-LEVEL PORTFOLIO
STATE / FCT PORTFOLIO MARKER
RETURN TO PROJECT COCKPIT ->

04 / DISPATCH LAB

Move the power.

ENGINEERING MODELUse the controls to test how firm generation, solar and storage share a changing load. Figures are for early-stage discussion, not live plant data or a tariff.
SYSTEM / BALANCED00:00:00
FIRM500 kW50%
SOLAR400 kW40%
STORAGE100 kW10%
DISPATCH
LOAD1,000 kWBALANCED
REFERENCE FREQUENCY50.00 Hz
FIRM SHARE50%
RENEWABLE SHARE40%
STORAGE ASSIST10%
COST INPUT / kWh300 NGN
ONE-HOUR RUN RATE--

DISPATCH / INPUTS

DISPATCH BALANCEDFirm generation supplies the balance after solar and battery discharge.

ENERGY CASE BUILDER

Turn a load into a first-pass conversation.

Use a few operating assumptions to see energy use, cost difference and simple payback. This is an early-stage calculation, not a quotation.
MONTHLY ENERGY--kWh
MONTHLY DELTA--NGN
ANNUAL DELTA--NGN
SIMPLE PAYBACK--years
Change an input to recalculate.

POWER DEVELOPMENT CONSOLE

Configure the duty.
See the first engineering route.

FIRST-PASS ENGINEERINGEnter the operating duty to see a first engineering route. Final sizing follows measured load data, site checks and detailed engineering.
SCOPING ROUTE / ACTIVEHybrid reliability platform
FIRM CAPACITY BASIS--kW indicative basis
SOLAR RANGE--kWp first-pass range
STORAGE RANGE--MWh first-pass range
DEFINITION BAND--weeks before delivery planning
ARCHITECTURE ROUTEFirm generation + solar + storage + controlled distribution

Inputs are being reconciled against reliability, operating hours and renewable intent.

WHAT MERGEN WOULD ASK FOR NEXT
    LOADFEASIBILITYENGINEERINGCOMMERCIALDELIVERY

    05 / FIELD ARCHIVE

    Engineering has to survive outside the presentation.

    Industrial and marine power systems are judged in the field: heat, access, lifting, fuel, corrosion, maintenance, people and the condition of inherited assets. The supplied Mergen archive shows that operating context.

    Engine and power-system equipment in the field
    FIELD FRAME / 01POWER EQUIPMENT
    Marine project environment
    MARINE / ACCESS
    Field maintenance work
    MAINTENANCE / FIELD
    Offshore vessel and lifting environment
    OFFSHORE / LOGISTICS
    Industrial site operating at night
    NIGHT / OPERATIONS
    Generator component prepared for field deployment
    GENERATOR / ASSET

    06 / HOW MERGEN WORKS

    Power developer.
    Not an equipment catalogue.

    Mergen starts with the operating problem, then connects load analysis, engineering, commercial structure, delivery and lifecycle support. The five-gate method below keeps those interfaces under one project logic.

    01LOAD-LEDDemand and criticality before equipment selection.
    02TECHNOLOGY-NEUTRALFirm, solar, storage and network elements selected for the duty.
    03DELIVERY-CONSCIOUSEngineering decisions are tested against procurement, construction and operation.
    04COMMERCIALThe system has to work as an asset, not only as a diagram.
    GATE 01Diagnose the load

    Interval demand, critical loads, power quality, fuel constraints, growth and the cost of failure.

    INPUT / REALITY
    GATE 02Engineer the architecture

    Generation mix, redundancy, storage, network, protection, controls and expansion logic.

    OUTPUT / BASIS
    GATE 03Make the economics work

    CAPEX, fuel, tariff, financing, utilisation, availability and contract structure are reconciled.

    OUTPUT / CASE
    GATE 04Deliver with interfaces controlled

    Procurement, civil works, electrical packages, testing, energisation and commissioning are sequenced together.

    OUTPUT / ASSET
    GATE 05Operate for availability

    Maintenance, spares, monitoring, response and operating discipline protect the business case.

    OUTPUT / POWER
    Solar generation integrated into an energy facility
    Mergen renewable and gas energy mark

    THE ENERGY MIX

    Renewable is not a slogan. It is a dispatch decision.

    Solar, battery storage and lower-cost firm generation are integrated where they improve total system performance. The goal is a cleaner mix that still behaves like infrastructure.

    FIRM POWERavailability-led
    RENEWABLE SHAREsite-specific
    MODULARITYbuilt to expand

    07 / SAPZ + INDUSTRIAL ZONES

    Power the zone, not just the equipment.

    A Special Agro-Industrial Processing Zone or industrial park is not one load. It is a changing network of processors, cold-chain assets, common services, logistics and utilities. The power design has to anticipate the cluster, not stop at the first generator.

    1. Anchor demand.Define critical and bankable loads before sizing the platform.
    2. Common-user network.Generation, substations, feeders, metering and protection are one utility architecture.
    3. Dispatchable energy mix.Firm generation, solar and storage are coordinated against real operating hours.
    4. Commercial control.Tariff, metering, connection growth and service levels remain visible from day one.
    KOGI SAPZ / FEATURED DEVELOPMENTOne power architecture for processors, cold-chain, logistics and common services.

    Public project information is intentionally kept at Kogi State / programme level while the load, network and generation definition develops.

    Discuss a zone power platform->Capability briefOPEN ->

    08 / SOLUTIONS + MARKETS

    Start with the duty.
    Then build the asset.

    Mergen does not force every load into the same product. Select a solution to see the engineering output, then match it to the operating market.

    SOLUTION / ACTIVE

    Embedded generation

    Firm on-site generation configured around critical load, redundancy, fuel and operating hours.

    ENGINEERING OUTPUTPrime / standby / modular generation
    START THIS PROJECT ->
    M01

    SAPZ & agro-industrial zones

    Common-user power for processors, cold chain, logistics and shared utilities.

    M02

    Industrial facilities

    Process loads where downtime, power quality and maintainability are commercial constraints.

    M03

    Markets & commercial districts

    Concentrated tenant loads requiring reliable supply and transparent metering.

    M04

    Estates & communities

    Distributed power platforms with phased connection growth and service-level control.

    M05

    Public infrastructure

    Institutional and public-service loads needing dependable, maintainable energy.

    M06

    Developer / investor platforms

    Projects requiring an integrated technical and delivery counterparty.

    PROJECT DEVELOPMENT PATHWAYPROJECT INPUT CHECKLIST ->
    01

    Opportunity

    Define the operating problem, site, demand and success criteria.

    Opportunity brief
    02

    Feasibility

    Test load, generation options, network, constraints and commercial range.

    Feasibility basis
    03

    Engineering

    Fix the technical basis, control philosophy, interfaces and quantities.

    Design basis
    04

    Commercial

    Reconcile CAPEX, OPEX, tariff, financing and contracting route.

    Bankable case
    05

    Delivery

    Procure, construct, integrate, test and energise with controlled interfaces.

    Commissioned asset
    06

    Operate

    Protect availability through maintenance, spares, monitoring and response.

    Reliable service

    09 / COMMERCIAL ENTRY POINTS

    Where Mergen fits.

    Start from the operating problem. Each route points to the relevant Mergen response.

    Develop the generation, network, metering and expansion logic as one utility platform.

    TYPICAL TRIGGER
    Power is common-user infrastructure
    Start this conversation ->

    Commercial loads need reliable supply, transparent metering and an energy cost users can understand.

    TYPICAL TRIGGER
    Diesel cost, weak supply or power-quality failure
    Start this conversation ->

    Reliability, protection, fuel, maintainability and expansion are treated as one engineering problem.

    TYPICAL TRIGGER
    Downtime is more expensive than energy
    Start this conversation ->

    Technical, commercial and delivery interfaces are brought into one project definition.

    TYPICAL TRIGGER
    A bankable power asset needs a delivery platform
    Start this conversation ->

    10 / OPERATIONS + KNOWLEDGE

    Keep the system moving.

    Projects do not end at commissioning. Mergen keeps field lessons, approved project notes, reference material and the next commercial action connected to the work itself.

    AVAILABILITYMaintenance + spares + response
    VISIBILITYApproved project and field notes
    KNOWLEDGECase material + reusable project inputs
    PIPELINEProject enquiries tracked to a next action
    DISPATCH / LATEST3 PUBLIC NOTES
    ENGINEERING NOTE

    Design from the load, not the equipment list

    Interval demand, critical loads and the cost of failure should determine the architecture before equipment selection begins.

    OPERATING NOTE

    Hybridisation is a control problem as much as a generation problem

    Solar, storage and firm generation only create value when dispatch, reserve, protection and operating priorities are coordinated.

    SAPZ NOTE

    A zone needs a utility logic, not isolated generators

    Common-user generation, distribution, metering, tariff logic and expansion planning should be defined together for industrial clusters.

    RESOURCE BAYCONTROLLED PUBLIC MATERIAL
    CAPABILITYMergen Power Capability BriefA compact overview of Mergen Power capability, delivery logic and operating approach.OPEN ->PROJECT INPUTProject Input ChecklistThe minimum information that helps Mergen turn an initial power requirement into a serious project conversation.OPEN ->
    PUBLIC CONTENT IS PUBLISHED ONLY WHEN APPROVEDSTART A POWER REQUIREMENT ->

    11 / START A PROJECT

    Give us the load.
    We will work out the system.

    Send the site, demand, hours of operation, current energy source and the problem you are trying to solve. If the data is incomplete, start with what you have.

    BASENigeria
    No perfect data required. Approximate values are enough to start.

    PROJECT BRIEF / READY