Accelerating the Energy Transition
with AI, Data, and Smart Infrastructure.

Empowering utilities, governments, and enterprises with AI-driven energy
solutions, digital grid optimization, and next-generation power infrastructure.

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About Us

Since 1994, Power-Tek has led energy innovation with AI-driven grid modernization, sustainable solutions, and mission-critical infrastructure. With strong leadership and deep industry expertise, we power the future of energy and infrastructure.

✔ Global Reach – Serving North America, the Middle East, Europe, Africa and South Asia
✔ AI & Data-Driven – Pioneering artificial intelligence in energy and utilities.
✔ Sustainability-Focused – Delivering low-carbon, high-impact infrastructure solutions.

Trusted by 300+ clients globally

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Why Powertek

Proven Expertise

 20+ years of power systems engineering, grid modernization, and AI-driven solutions for critical infrastructure.

AI & Digital Innovation

Transforming utilities, smart grids, and distributed energy with advanced analytics and automation.

Global Reach & Trusted Partnerships

Supporting high-growth energy markets with repeat engagements from leading utilities, developers, and energy companies.

Sustainable & Resilient Solutions

Advancing energy transition, net-zero strategies, and decarbonization with innovative engineering.

Industry-Leading Team

Seasoned engineers, analysts, and energy experts delivering excellence across projects worldwide.

Services

Power Systems & Grid Modernization

We provide expertise in grid planning, transmission upgrades, and energy reliability for conventional and renewable sources. Services include grid impact studies, power flow analysis, HVDC feasibility, and voltage optimization.

Engineering, Project Development & Asset Management

We support transmission, substation, and renewable projects from feasibility to execution. Our services cover design, system studies, procurement, compliance, and asset optimization.

Smart Grid, AI & Advanced Analytics

We enhance grid reliability, asset performance, and energy forecasting with real-time analytics. Using AI, machine learning, and digital twin technology, we optimize energy systems.

Energy Transition & Decarbonization

We help businesses achieve net-zero goals, carbon reduction, and energy efficiency. Our solutions focus on renewable integration and decarbonization strategies.

Financial & Market Advisory

We offer investment analysis, tariff structuring, and regulatory compliance. Our expertise helps energy projects with risk management and financial modeling.

Data Centers & Critical Infrastructure

We ensure grid interconnection, backup power, and energy efficiency for critical facilities. Our services enhance resilience and uninterrupted operations.

Workforce & Talent Solutions

We provide recruitment, training, and upskilling for power and renewable sectors. Our focus is on developing talent for emerging energy technologies.

Strategic and Financial Advisory

Financial advisory to ensure projects are completed successfully.

Energy Efficiency, Decarbonization and Net Zero Advisory

Helping companies efficiently use energy and providing support to reach net zero.

Featured Projects

Supporting the Largest Grid Operator in the U.S.: Enhancing PJM’s Reliability & Energy Integration

Optimizing One of North America’s Largest Power Grids: TVA’s Transmission Reliability & Expansion

Advancing Renewable Energy Integration and Grid Stability in SPP

Consultancy Services for ADB’s Second Power Transmission Enhancement Program

Project Development Support for 960MW Cogeneration & Desalination Plant – Saudi Arabia

Investment Planning for Reactive Power Optimization in Saudi Electricity Company's (SEC) Network

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Over 400 generation connection assessment studies successfully completed. Mostly renewable generation additions. Around 130,000 MW generation capacity planned for the north-eastern grid. 

Generation Interconnection Impact studies for a large number of generation requests. Load flow, extensive stability studies, studies automation, extensive modeling and analysis trouble shooting, Identification and quantification of reactive power compensation, SVC applications, HVDC assessments, stabilizer parameters fixing to damp oscillations, identification of reinforcement requirements. QA, reports. 

Detailed system impact studies, steady state, and dynamics, to identify all adverse system Impacts and facility additions on TVA’s transmission system in order to maintain system reliability. NERC TPL-001 P1-P7. Power quality studies, harmonics, flicker, voltage studies. EMT model adequacy and basic performance evaluation, PSCAD and PSSE model validation during commissioning, and Other PSCAD Studies. 

Database review and quality checks for IESO-controlled grid system model. Load flow studies for new connections for about 150 and 100 MW. Review interface loadings, linear analysis, Voltage impact studies, and contingency analysis, Local area impact review, Transient stability studies & wind gust analysis. Presentation and meetings with Hydro One Networks Inc. & IESO. Relevance to IESO’s subject scope: Load flow studies for new connections, such as the 150 MW and 100 MW generation units, help evaluate the impact of these new assets on grid stability and potential vulnerabilities during outages. The review of interface loadings, voltage impact studies, and contingency analysis helps identify areas of concern in terms of grid capacity and stability during abnormal conditions. Transient stability studies and wind gust analysis assess the grid’s ability to handle sudden disturbances, such as extreme weather events, which could trigger outages. 

Successfully executed a high-impact project under the ADB-funded MFF Second Power Transmission Enhancement Investment Program, aimed at strengthening the national power infrastructure. The scope of work included the construction of new transmission lines, expansion and augmentation of existing substations, and installation of advanced shunt reactors to improve grid stability. Additionally, protection equipment was replaced and upgraded at 11 critical grid stations, ensuring enhanced reliability and efficiency in power transmission. 

SPP-DISIS-2012 – Group-14 – Oklahoma Electric and Gas Company. Conducted Generation Interconnection Impact studies using PSS/E for a wind generation project. Performed power factor analysis, identified and quantified reactive power compensation, and carried out extensive load flow and stability studies. 

Root Cause Analysis (RCA) PowerTek successfully conducted a comprehensive Root Cause Analysis (RCA) to identify, analyze, and resolve critical system failures, operational inefficiencies, and reliability issues.  

The work included:  

  • Data Collection & Site Inspections:  
  • Conducted extensive field visits across multiple regions, gathering relevant operational data, failure records, and maintenance logs.  
  • Inspected network infrastructure, equipment health, and historical performance to identify potential failure points.  
  • Structured RCA Sessions & Investigations:  
  • Organized and led targeted RCA workshops with key operational teams and senior management.  
  • Applied industry-standard RCA methodologies, including Fault Tree Analysis (FTA) and 5 Whys, to systematically trace failure causes.  
  • Conducted forensic engineering audits to assess component failures, system vulnerabilities, and process inefficiencies.  
  • Findings & Key Root Causes Identified:  
  • Detected underlying protection coordination gaps leading to frequent tripping incidents.  
  • Identified voltage instability and transient overvoltage events as contributing factors to system failures.  
  • Uncovered maintenance gaps in insulation degradation, breaker misoperations, and transformer overheating.  
  • Developed and Implemented Corrective Actions:  
  • Designed and implemented corrective and preventive measures (CAPA) to mitigate recurrence.  
  • Adjusted protection relay settings, operational workflows, and grid control strategies to improve reliability.  
  • Recommended infrastructure reinforcements, including improved monitoring systems and predictive maintenance strategies.  
  • Monitoring & Verification:  
  • Established continuous monitoring protocols to track the effectiveness of implemented solutions.  
  • Developed a reporting framework to ensure sustained reliability improvements.  
  • Provided training and knowledge transfer to SEC personnel on new investigative approaches and preventive strategies. 

Through our five worldwide locations, POWER-tek provides a suite of complimentary service offerings that can translate into annualized savings for our customers.

POWER-tek places a high importance on customer and employee satisfaction. We maintain positive, long-standing customer relationships averaging over 15 years and have a combined employee retention rate of 99%.

POWER-tek is managed by a team of industry professionals with more than 150 years of combined experience. Their knowledge in focused areas of expertise allows for a keen understanding of our work, customers and technical issues.

POWER-tek has experienced consistent year over year growth for over two decades.