At SCEMITECH, we offer comprehensive Owner’s Engineer Services to support clients in successfully planning, executing, and maintaining complex industrial projects. Our expertise spans various industries, including:
- Oil & Gas
- Manufacturing
- Fertilizer
- Sugar
- Solar & Thermal Power Plants
- Fast-Moving Consumer Goods (FMCGs)
- Automotive
- Pharmaceuticals
We act as an independent technical advisor to project owners, ensuring that their projects are designed, constructed, and operated efficiently, safely, and in full compliance with industry standards.
Key Services Under Owner’s Engineer Role
1. Project Planning & Feasibility Studies
- Concept development and feasibility assessments to determine the best technical and financial approach.
- Site selection analysis, environmental impact studies, and risk assessments.
- Evaluation of available technologies and cost-benefit analysis to optimize investment decisions.
2. Design Review & Engineering Oversight
- Independent design review to ensure compliance with project specifications, industry standards, and regulatory requirements.
- Value engineering to optimize cost, quality, and efficiency.
- Verification of construction, maintenance, and sustainability of proposed designs.
3. Procurement & Contract Management
- Development of technical specifications and support in tendering processes.
- Bid evaluation and vendor selection to ensure the best technical and financial solutions.
- Contract negotiation and management to protect the owner’s interests.
4. Construction Supervision & Quality Assurance
- On-site supervision to ensure compliance with design, safety standards, and regulatory guidelines.
- Monitoring of contractor performance, timelines, and quality control.
- Implementation of progress tracking systems to ensure timely project completion.
5. Commissioning & Start-up Support
- Pre-commissioning and commissioning oversight to ensure smooth start-up and operational readiness.
- System performance validation and troubleshooting of any issues before handover.
- Ensuring that all safety, operational, and performance tests are successfully conducted.
6. Reliability-Centered Maintenance (RCM) & Lifecycle Support
- Development of an RCM strategy to optimize maintenance approaches based on asset criticality and failure modes.
- Failure Mode and Effects Analysis (FMEA) to identify and mitigate potential risks.
- Predictive maintenance planning, integrating IoT-based monitoring and advanced analytics.
7. Digital & Smart Infrastructure Solutions
- Implementation of digital twin technology and AI-driven predictive maintenance systems.
- Integration of remote monitoring, automation, and smart control systems to enhance operational efficiency.
- Cybersecurity and data integrity solutions for industrial automation systems.
8. Performance Monitoring & Operational Optimization
- Post-commissioning performance analysis and continuous improvement strategies.
- Energy audits and efficiency enhancement programs for sustainable operations.
- Asset optimization through condition-based maintenance (CBM) and performance benchmarking.
9. Regulatory Compliance & Safety Management
- Ensuring full compliance with local and international regulatory frameworks.
- Development of Health, Safety, and Environmental (HSE) policies and conducting safety audits.
- Training and capacity building for plant operators and maintenance teams.
Owner’s Engineer Services for Solar Power Plant Projects
At Scemitech, we provide Owner’s Engineer Services to support clients in successfully developing, constructing, and operating solar power plants. Our role is to ensure that solar projects are executed efficiently, cost-effectively, and in compliance with international standards, maximizing energy yield and long-term reliability.
We offer independent technical oversight, risk mitigation, and quality assurance throughout the entire lifecycle of a solar project, from feasibility studies to operations.
1. Feasibility Study & Site Assessment
- Solar resource assessment (GHI/DNI analysis) using satellite data and on-site measurements.
- Technical and financial feasibility analysis, including power yield estimates and ROI calculations.
- Site selection and suitability studies, considering land availability, grid connectivity, and environmental constraints.
- Environmental and social impact assessment (ESIA) for regulatory approvals.
2. Design Review & Optimization
- Independent review of engineering designs to ensure compliance with IEC, IEEE, NEC, and local grid codes.
- Optimization of solar PV layout, string sizing, and inverter configurations for maximum efficiency.
- Assessment of structural design for solar mounting systems, accounting for wind load, terrain, and soil conditions.
- Review of energy storage integration (battery systems) for hybrid or off-grid applications.
3. Procurement & Bid Evaluation
- Preparation of technical specifications for solar panels, inverters, transformers, and BOS components.
- Evaluation of EPC contractor bids to ensure the best technology, price, and long-term performance.
- Vendor qualification and component testing to ensure compliance with international standards.
- Contract review and negotiation to protect the owner’s interests.
4. Construction Supervision & Quality Control
- On-site supervision to ensure correct installation of solar panels, trackers, inverters, and cabling.
- String and array testing (IV curve tracing, thermographic inspections) to detect defects.
- Inspection of electrical systems, grounding, and SCADA integration.
- Ensuring compliance with HSE regulations during construction and commissioning.
5. Grid Connection & Regulatory Compliance
- Coordination with grid operators for interconnection approvals and compliance with grid codes.
- Power quality analysis (harmonics, reactive power control, and voltage regulation) for grid stability.
- Review and approval of protection relay settings and SCADA integration with utility control centers.
6. Commissioning & Performance Testing
- Supervision of plant commissioning to verify system performance before commercial operation.
- Performance Ratio (PR) testing and comparison with PVSYST simulation results.
- Thermal imaging and elector-luminescence testing to detect module defects.
- Verification of plant communication and remote monitoring systems (SCADA, IoT-based sensors).
7. Reliability-Centered Maintenance (RCM) & Operations Support
- Development of a solar-specific RCM strategy to optimize maintenance activities.
- Predictive maintenance using drone-based thermography and real-time performance monitoring.
- Analysis of inverter performance trends and fault detection algorithms to minimize downtime.
- Spare parts management and supply chain optimization for key components (panels, inverters, transformers).
8. Performance Monitoring & Energy Yield Optimization
- Continuous monitoring of energy output, degradation rates, and soiling losses.
- Implementation of AI-driven performance analytics to detect anomalies and optimize cleaning schedules.
- Benchmarking plant performance against industry standards and historical data.
- Support for PPA compliance and revenue assurance through detailed reporting.
9. Financial & Risk Management Support
- Lender’s technical advisory services for financing institutions and investors.
- Due diligence for insurance and warranty claims (module degradation, inverter failures, force majeure events).
- O&M contract review to ensure service-level agreements (SLA) align with plant performance targets.
Why Choose Scemitech as Your Owner’s Engineer?
By engaging SCEMITECH as your Owner’s Engineer, you benefit from:
✔ Independent, unbiased technical expertise to safeguard your interests.
✔ Optimized project execution with efficient design, procurement, and construction supervision.
✔ Reduced project risks and improved cost control through strategic planning.
✔ Reliable, long-term operational efficiency with advanced RCM and performance monitoring.
Get in Touch
📧 Email: info@scemitech.com | scemitech@gmail.com
📞 Phone: +92 3094 462 238 |
🌐 Website: www.scemitech.com
At SCEMITECH, we are committed to delivering value-driven engineering solutions, ensuring that your project is not just completed but optimized for long-term success.