MEPCO Engineering Projects

Services

SPECIALIZED ENGINEERING PORTFOLIO

Comprehensive Engineering Services Portfolio

MEPCO CORE CAPABILITIES

1. Core Business Sectors

Comprehensive simulation and analysis of utility, renewable, and industrial power grids using ETAP, PSS/E, and PSCAD.
01
Turnkey procurement, supply, and installation of transmission lines, distribution networks, switchgear, solar PV, and wet utilities.
02
Multidisciplinary engineering design for HV/EHV substations, transmission lines, power generation, pump stations, and building MEP.
03
POWER SYSTEM STUDIES · GROUP 1

2. Network Performance & Protection Studies

Steady-state voltage regulation, equipment loading, and IEC 60909 three-phase and phase-to-ground fault current calculations.
01
Relay setting calculations, Time-Current Characteristic (TCC) coordination, and discrimination curves per IEC 60255 & IEEE 242.
02
Dynamic voltage dip evaluation, motor acceleration torque curves, and soft-starter optimization during large industrial motor starts.
03
Harmonic distortion assessments (THD/IHD), frequency scan resonance screening, and active/passive filter design per IEEE 519.
04
Incident energy level quantification, flash protection boundary calculation, and NFPA 70E / IEEE 1584 safety labeling.
05
Substation ground potential rise (GPR), touch and step voltage threshold calculations, and earthing mesh design per IEEE 80.
06
Continuous ampacity rating, thermal grouping derating factors, and short-circuit thermal withstand sizing per IEC 60287.
07
POWER SYSTEM STUDIES · GROUP 2

3. Dynamic Models & Grid Integration

Bespoke mathematical modeling and custom DLL user-defined model (UDM) development in Siemens PSS/E and PSCAD/EMTDC.
01
Transient rotor angle, voltage, and frequency stability assessments under critical grid faults and loss-of-generation contingencies.
02
Verification of Fault Ride-Through (FRT), active/reactive power control, and frequency response against transmission Grid Codes.
03
Rigorous benchmarking and validation of generation models against utility operator acceptance criteria and factory test data.
04
Modal eigenvalue analysis, inter-area oscillation damping evaluation, and Power System Stabilizer (PSS) parameter tuning.
05
Frequency scan and PSCAD electromagnetic transient modeling to detect and mitigate controller and torsional resonances.
06
POWER SYSTEM STUDIES · GROUP 3

4. Electromagnetic Transients & Insulation Coordination

Surge arrester selection, temporary overvoltage (TOV), switching surges, and lightning transient evaluation per IEC 60071.
01
Analysis of high-frequency inrush currents, outrush transient stress, and current-limiting damping reactor sizing.
02
Inductive reactance sizing and thermal rating for neutral grounding reactors to limit single-phase-to-ground fault currents.
03
Breaker interrupting duty assessment, Rate of Rise of Recovery Voltage (RRRV), and IEC 62271-100 envelope compliance.
04
Core saturation magnetizing inrush analysis, sympathetic inrush, and resonant overvoltage mitigation using PSCAD.
05
Dead-time duration optimization, high-speed reclosure coordination, and shaft torsional stress evaluation on generation units.
06
TURNKEY MEP CONTRACTING

5. Mechanical, Electrical & Plumbing (MEP) Contracting

Turnkey construction of HV/EHV overhead transmission lines, underground MV/LV cable networks, and highway lighting.
01
Procurement, assembly, and testing of Siemens SIMOPRIME MV switchgear, distribution transformers, kiosks, and generators.
02
Turnkey EPC contracting for commercial and industrial rooftop/ground-mounted solar PV systems, DC cabling, and inverters.
03
Turnkey execution of civil defense certified firefighting systems, fire pumps, wet utilities, and municipal water/drainage.
04
MULTIDISCIPLINARY ENGINEERING

6. Engineering Design & Infrastructure Solutions

Multidisciplinary design of Air-Insulated (AIS) and Gas-Insulated (GIS) substations up to 500 kV, layouts, and protection schemes.
01
Route profiling, tower spotting, clearance analysis, sag-tension calculations, and mechanical line engineering up to 500 kV.
02
Design of industrial and municipal distribution networks, MV feeder cable routes, compact kiosks, and LV distribution boards.
03
Electrical Balance of Plant (EBoP) design, generator step-up transformers, and utility grid interconnection engineering.
04
Coordinated electrical, instrumentation, and control design for potable water pumping and municipal wastewater treatment plants.
05
Integrated Mechanical, Electrical, and Plumbing engineering including DIALux lighting, power, NFPA firefighting, and HVAC.
06
Why Choose MEPCO

Comprehensive Engineering Capabilities Grounded in Integrity

Technical Integrity

Engineering decisions grounded strictly in project data, IEEE/IEC standards, and documented assumptions.

Client-Focused Solutions

Customized deliverables and interfaces aligned with specific operational requirements and project schedules.

Quality & Practical Safety

Thorough review cycles, version tracking, and safe, maintainable on-site constructability.
Project Execution Methodology

Rigorous Engineering & Delivery Workflow

Work Process
01
Step

1. Scope & Inputs

Scope & Inputs: Confirm project objectives, review drawings/data, bridge technical gaps, and document design assumptions.
02
Step

2. Solution Development

Solution Development: Construct ETAP/PSSE/PSCAD simulation models, execute engineering calculations, and generate coordinated design drawings.
03
Step

3. Review & Verification

Review & Verification: Thoroughly review deliverables and technical interfaces, address comments, and ensure full compliance with client and grid codes.
04
Step

4. Execution & Handover

Execution & Handover: Formal report approval, procurement and site installation of approved contracting packages, and final As-Built handover.

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