Contact us

Electrical Power Systems

Power Grid & Distribution-Transmission

Standby Emergency Systems

McMartin Consulting helps utilities manage and implement their plans, design, and build an intelligent, secure, and resilient grid, reducing grid failures and enabling diverse, renewable generation. We prepare high level project management implementation strategies for utilities and their customers for long-term, sustainable growth.

Electrical General Services:

Management, Planning and Strategy

  • Construction & Project Management
  • Commissioning Implementation
  • Grid and Micro-Planning
  • Testing & Acceptance Procedures
  • Operational Support Management
  • Building Management Systems - BMS
  • Assessments and Feasibility Studies
  • Planning and Design
  • Engineering Planning
  • Drawings Audit - QA/QC

Services and Technology

  • Access Control
  • Arc Flash Studies Management
  • Co-Generation System
  • Communications and Data Infrastructure
  • Computerized Maintenance Management System CMMS
  • Distributed Power Generation
  • Electrical System – Commercial / Industrial
  • Emergency System / CHP System
  • Fault System Analysis Management
  • Fire Alarm Systems
  • Grounding and Lightning Protection
  • High/Low Voltage Transmission and Distribution
  • Industrial Controls & Instrumentation
  • Lighting and Controls
  • Metering / Automation / SCADA
  • Protection Coordination
  • Renewable Energy / BESS / PV Farms
  • Transmission and Distribution Project Management
  • Security Systems
  • Substations and Switchyards / GIS
  • Systems Automation / BMS
  • Workplace Safety Plan Implementation
Service Request

Energy grids embrace new technology trends.

The dynamic energy terrain is swiftly evolving, marked by the escalating prominence of renewable and decentralized energy assets. Navigating through this profound transformation can prove challenging, yet. McMartin Consulting offers a comprehensive grid integration solution. This empowers developers and utilities to effortlessly integrate these resources into the grid while ensuring judicious investments. Leveraging our extensive experience collaborating with utilities, and other industries, we possess deep insights into their standards and preferences. Coupled with our expertise in generation, grid infrastructure, data centers, and electric vehicle charging hubs, we excel in delivering impeccably seamless projects.
  • Develop Grid Integration Planning
  • Turnkey Project Management
  • In-house protection and SCADA specialists
  • Manage procurement, design, and commissioning SCADA System
  • Interconnection Negotiation Management
  • EPC Management
Examining the procedures involved in integrating renewable energy generation into the transmission network, encompassing strategic planning and implementation considerations to fulfill interconnection prerequisites. This entails addressing foreseeable limitations within the transmission grid due to increased renewable generation and strategic planning considerations relevant to renewable plant equipment.
As energy demands undergo a transformative shift, the grid necessitates adaptation to accommodate these changes. Substations are pivotal in this evolution, urging utilities to take proactive measures.McMartin Consulting has been at the forefront of substation innovation. From comprehensive planning, configuration, site selection, and permitting to meticulous design, construction, and commissioning, capitalize on our extensive experience and expertise to achieve your objectives now and in the future.
McMartin Consulting can conceptualize, plan, site, design, procure, and construct any air-insulated substation configuration in today's industry, including current communication and intelligent grid technology. Drawing from our dual role as engineers and as engineering, procurement, and construction (EPC) contractors, we possess the foresight to predict challenges and present technically robust and economically feasible alternatives. Additionally, we provide specialized proficiency in complementary facilities such as static VAR compensator (SVC), capacitor bank installations, and high voltage direct current (HVDC) systems

Gas Insulated Substation (GIS)

Given the considerable footprint of certain new air-insulated substations, our innovative GIS (Gas Insulated Substation) solutions frequently emerge as the optimal choice, balancing environmental considerations, cost-effectiveness and aesthetic appeal. Our seasoned experts excel in GIS design and construction and are adept at seamlessly integrating facilities into their surrounding environment.
Service Request

Innovating Battery Energy Storage Systems

As energy demands continue to evolve, novel sources necessitate innovative energy storage solutions. To align with current trends, utilities must grasp the advancements in battery energy storage systems (BESS) and possess the capabilities to deploy, monitor, and oversee them effectively and securely. In essence, while the era of energy storage technology has reached its conclusion, the era of energy storage solutions is just beginning.
  • Nickel-cadmium
  • Lithium-ion
  • Lead-acid batteries.
  • Fully Integrated Battery Solutions
  • Flywheel Storage
  • Flow Batteries
  • DC Coupling

Third-Party Attachments

McMartin Consulting helps align and manage the requirements and terms and conditions governing third-party attachments outlined in agreements between the utility and the third-party service provider to ensure safety, reliability, and regulatory compliance.
A third-party attachment in an electrical distribution system refers to the connection of equipment or infrastructure owned by a party other than the utility company to the utility's power poles, lines, or other distribution assets. These attachments are typically made to enable the third party to distribute its own services or utilities, such as telecommunications lines, cable television, or other communication services.
Coordinating joint-use programs or third-party attachments presents intricate and demanding tasks. With extensive experience as a premier telecommunications network designer and constructor, we've adeptly navigated this process from both the carrier and utility perspectives. Our comprehensive suite of services encompasses site evaluations, audits, inventory management, GIS mapping, joint-use agreements negotiation, infrastructure readiness preparation, and installation services. Discover how our telecommunications expertise can enhance the success of your distribution project.

EMERGENCY STANDBY POWER GENERATION - COGENERATION

The energy terrain is in flux, yet the unwavering demand for dependable power remains constant. Whether safeguarding data, critical operations, delicate manufacturing processes, or vital medical equipment, our standby power solutions guarantee uninterrupted power supply. Our array of solutions encompasses diesel and gas generator sets, along with dynamic UPS systems engineered to deliver instantaneous power backup in the event of an outage
Planning and Assessment
We meticulously assess your business's power generation requirements, considering the needs of your personnel, industry standards, regulatory guidelines, project timelines and local environmental conditions. This thorough analysis enables us to tailor the perfect solution, whether it's for standby power, continuous-prime power or innovative microgrid and hybrid solutions, effectively mitigating potential future challenges.
Development Process
Our extensive expertise ensures prompt and efficient development and delivery of your standby generator or prime power generator solution. Our adaptable decentralized control strategies facilitate seamless network communication and power distribution, enhancing operational flexibility and reliability.
Implementation & Installation Management
We guarantee the seamless operation and seamless integration of your standby generator and prime power generator with the local power grid and control network. This encompasses comprehensive software implementation, emergency simulation, rigorous testing, and thorough training to optimize performance and ensure preparedness.

Commissioning and Inspections Process Management

The commissioning process for power generator equipment involves several crucial steps to ensure the equipment is installed, tested, and operational according to specifications. Here's an overview of what it typically involves: Steps for success.
Preparation
Before commissioning begins, thorough planning is necessary. This includes reviewing design specifications, safety protocols and scheduling resources and personnel.
Installation
The power generator equipment is physically installed according to the manufacturer's instructions and engineering drawings. This involves proper placement, alignment, connection of electrical and mechanical components, and any necessary adjustments.
Inspection and Testing
Each component of the generator system undergoes inspection to verify that it meets quality standards and is installed correctly. Testing includes verifying electrical connections, fuel systems, cooling, and control systems.
Functional Testing
Once installation is complete, the generator undergoes functional testing to ensure it operates as intended. This includes running the generator under load to verify performance metrics such as voltage, frequency and power output.
Integration with Power Grid
If the generator is intended to be connected to the power grid, it must be integrated properly. This involves synchronization with the grid, ensuring proper phase alignment and voltage matching.
Control System Setup
The control system for the generator is configured and tested to ensure it can monitor and manage the generator's operation effectively. This may involve programming controllers, setting operating parameters and testing automatic start/stop functions.
Safety Checks
Safety features and protocols, including emergency shutdown systems, alarms, and protective devices, are tested to ensure they function correctly.
Documentation
Throughout the commissioning process, detailed records are kept of all activities, tests, and adjustments made. This documentation is essential for tracking progress, troubleshooting issues and ensuring compliance with regulations.
Training
Operators and maintenance personnel receive training on operating and maintaining the generator equipment safely and effectively.
Final Acceptance
Once all tests and inspections are successfully completed, the generator is formally accepted by the owner or operator for full operation.
Ongoing Monitoring and Maintenance
After commissioning, regular monitoring and maintenance are essential to ensure the continued reliable operation of the generator equipment. This includes scheduled inspections, performance testing and preventative maintenance tasks.
Overall, the commissioning process for power generator equipment requires careful planning, execution and documentation to ensure the equipment meets performance standards and operates safely and reliably.
Service Request

Maintenance Management Development

The maintenance management plan outlines the strategies and procedures for ensuring the reliable operation and optimal performance of the power generation system. Effective maintenance practices are crucial to minimizing downtime, maximizing equipment lifespan and ensuring safety.
PROGRAM SERVICES
  • Maintenance Objectives
  • Responsibilities
  • Task Owner Management
  • Maintenance Procedures
  • Document Management and Record
  • Technology / Automation and Control tools
  • Safety Concerns
  • Vendors and Suppliers Management
  • Communication Management
  • Continuing Improvement
The Maintenance Management Plan will serve as a guide for implementing and maintaining an effective maintenance program for the power generation system, ultimately ensuring its reliability, safety, and longevity.
CRITICAL FACILITIES DEMAND STATE-OF-THE-ART STANDBY AND PRIMARY SOURCE OF POWER
  • Hospitals
  • Airports
  • Data Center
  • Industry Facilities
  • Power Plans
  • Public Safety Agencies
  • Federal Government
POWER GENERATION ALTERNATIVES
POWER SOURCES
  • Petrol
  • Diesel
  • Biogas
  • Hydrogen
  • Propone

Understanding Combined Heat & Power

The technology for combined heat and power (CHP) systems is rooted in cogeneration principles. While CHP generation and cogeneration are commonly used interchangeably, cogeneration is typically the preferred term to describe the process, where as CHP often refers to the entire power plant system.

What is Cogeneration?

Cogeneration is a term used to describe the combined generation of electrical and thermal energy, more commonly called electricity and heat. Cogeneration is highly efficient, resulting in low fuel consumption, low greenhouse gas emissions, and elevated economic efficiency.

Conventional Power Plant vs Combined Heat and Power (CHP)

Service Request

Vendor Experience

  • 2G
  • Caterpillar
  • Cummins
  • HiPower Systems
  • Taylor Power
  • Generac 
  • Kohler
  • Aksa
  • SDMO
  • Multiquip
  • Baldor
  • Doosan
  • ABB
  • EATON
  • G&W Electric
  • Caterpillar
  • GE
  • Honeywell
  • SEL
  • Siemens
  • Schneider
  • Wacker Neuson
  • Atlas Copco

GROUNDING, HARMONICS, SURGE PROTECTION & LIGHTNING PROTECTION SERVICES

Grounding Protection Management

Grounding protection management services refer to a set of practices and solutions to ensure the safety and reliability of electrical systems by implementing effective grounding and protection measures. These services are crucial in various industries, including manufacturing, construction, utilities and telecommunications, where electrical systems are integral to operations.
Here's an overview of what grounding protection management services typically entail:
Site Assessment and Analysis
Grounding protection management services often begin with thoroughly assessing the site's electrical infrastructure. This involves evaluating the existing grounding systems, identifying potential hazards and assessing the effectiveness of the grounding and protection measures.
Design and Engineering
Based on the findings of the site assessment, engineers develop tailored grounding protection plans that address the specific needs and requirements of the facility or project. This may involve designing grounding systems for new installations or upgrading existing systems to meet industry standards and regulatory requirements.
Installation and Implementation
Grounding protection management services include installing and implementing grounding systems according to the engineered designs. This involves installing ground rods, conductors, bonding connections, surge protection devices and other components necessary to establish a reliable grounding infrastructure.
Testing and Verification
After installation, thorough testing and verification are conducted to ensure that the grounding systems are functioning correctly and providing adequate protection against electrical faults, surges and lightning strikes. This may involve conducting ground resistance tests, continuity checks and insulation resistance tests to verify system integrity.
Maintenance and Monitoring
Grounding protection management services also encompass ongoing maintenance and monitoring of the grounding infrastructure to ensure continued effectiveness and compliance with safety standards. This may include regular inspections, maintenance activities and periodic testing to identify and address any issues or degradation in system performance.
Training and Education
To ensure proper understanding and operation of the grounding protection systems, training and education programs may be provided to personnel responsible for maintenance, operation and safety within the facility. This helps to promote awareness of electrical hazards and proper grounding practices among employees.
Compliance and Documentation
Grounding protection management services often involve ensuring compliance with relevant industry standards, codes and regulations governing electrical safety and grounding practices. Documentation of installation, testing, maintenance and compliance activities is typically provided to demonstrate adherence to standards and regulations.
Emergency Response Planning
In the event of electrical emergencies such as power surges, faults or lightning strikes, grounding protection management services may include developing emergency response plans to mitigate risks and minimize downtime. This involves establishing protocols for responding to emergencies, identifying emergency contacts and ensuring access to necessary resources and equipment.
In summary, grounding protection management services play a critical role in safeguarding electrical systems, protecting personnel and equipment, and ensuring the reliable operation of facilities across various industries. By implementing adequate grounding and protection measures and maintaining compliance with safety standards, businesses can minimize risks and maximize the resilience of their electrical infrastructure.

ADDITIONAL PROTECTION SYSTEM

Lightning Protection Assessment

A Lightning Protection Assessment Report is a detailed document that outlines the findings and recommendations resulting from evaluating a facility's lightning protection system or the need for such a system. This report is typically generated by qualified engineers and specialists who have thoroughly assessed the facility's susceptibility to lightning strikes and the adequacy of existing protection measures.
Vital components typically included in a Lightning Protection Assessment Report
  • Introduction
  • Site Description
  • Risk Assessment
  • Existing Lightning Protection Evaluation / Inspection
  • Recommendation for Improvement
  • Other factors
Overall, a lightning Protection Assessment Report serves as a valuable tool for facility owners and managers to understand the risks associated with lightning strikes, evaluate the effectiveness of existing protection measures, and make informed decisions about improving their facilities' safety and resilience.

Surge Protection Analysis

A robust Surge Protection System (SPS) is designed to safeguard electrical and electronic equipment from transient voltage surges caused by lightning strikes, power grid switching, or other electrical disturbances.
Here's a description of key components and features that characterize a robust Surge Protection System:
  • Multi-stage Protection System (SPS)
  • High-Surge Current Capacity (SDP)
  • Low Campling Voltage
  • Wide Voltage Range Protection
  • Thermal and Overcurrent Protection
  • Remote Monitoring and Diagnostic
  • Compliance with Standards and Regulation
  • Modular and Scalable Design
  • Integration with BMS System
  • Maintenance, Warranty and Support

Harmonic Protection Analysis

A Harmonic System Analysis Assessment is a comprehensive evaluation of a power system's susceptibility to harmonic distortion and its impact on equipment performance, efficiency and reliability. Harmonic distortion refers to the presence of non-linear electrical loads in a system, which can introduce unwanted harmonic currents and voltages that distort the sinusoidal waveform of the power supply.
Here's an overview of what a Harmonic System Analysis Assessment typically involves:
  • Data Collection
  • Power Quality Measurements
  • Load Profiling
  • Harmonic Modeling and Simulation
  • Equipment Compatibility Analysis
  • Recommendations and Mitigation Strategies
  • Cost/Benefits Analysis
  • Regulatory Compliance
  • Documentation and Reporting
A Harmonic System Analysis Assessment is essential for identifying and mitigating harmonic distortion issues in power systems, ensuring electrical equipment's reliable and efficient operation and maintaining compliance with regulatory standards for power quality.

Grounding and Bonding Cable Trays

Services Request

Hello