Basic Engineering for Development

  • Initial site evaluation to determine solar potential and suitability for development.
  • Evaluation of land availability and terrain for solar installation.
  • Conceptual design development based on site assessment findings.
  • Preliminary layout planning for solar panel placement and orientation.
  • Selection of basic system components and configurations.
  • Initial estimation of project scope, timeline, and budget requirements.
  • Utilization of advanced software for accurate energy yield projections.
  • Sizing of solar PV system components for optimal performance.

Detailed Engineering

  • Detailed design based on preliminary engineering.
  • Optimization of system layout for maximum energy efficiency.
  • Comprehensive electrical design to ensure efficient system sizing and integration.
  • Selection and specification of components meeting project requirements.
  • Managing cut and fill operations to optimize terrain grading and leveling.
  • Strategic planning of piling locations for optimal structural support and stability.
  • Development of a comprehensive bill of quantities for procurement.
  • Ensuring designs adhere to local and international codes and regulations.

Procurement Management for Main Equipment

  • Comprehensive market research to identify reputable suppliers of main equipment.
  • Evaluation of supplier capabilities, their manufacturing capacity and product quality.
  • Solicitation of bids and proposals from potential suppliers to assess offerings.
  • Recommendation of suppliers based on quality, cost-effectiveness, and reliability.
  • Securing competitive deals through effective negotiation strategies.
  • Negotiation of favorable pricing and terms with selected equipment suppliers.
  • Support with reviewing purchase contracts to formalize agreements with suppliers.
  • Negotiation of favorable payment and delivery terms.

BOS Equipment Purchase Review

  • Thorough review of technical specifications for BOS equipment.
  • Verification of equipment performance parameters.
  • Evaluation of equipment compatibility with the overall solar PV system design.
  • Validation of manufacturer documentation to confirm adherence to standards.
  • Confirmation of equipment certifications and compliance with relevant standards.
  • Assessment of warranty terms and conditions.
  • Assessment of recommended maintenance and quality control measures by supplier.
  • Identification of any discrepancies or deviations from project specifications.

Engineering Design Optimization

  • Comprehensive analysis of engineering to identify areas for improvement.
  • Evaluation of design elements modifications to enhance performance and efficiency.
  • Identification of redundancies to optimize resource usage and reduce costs.
  • Proposal of innovative solutions along industry best practices to achieve better outcomes.
  • Examination of project budgets to identify opportunities for effective cost reduction.
  • Analysis of procurement processes to propose ways to minimize expenses on materials.
  • Recommendation of engineering solutions that lead to cost savings.
  • Review of project timelines and schedules to identify bottlenecks and delays, suggesting solutions to expedite completion.

Quality Assurance / Quality Control Plan

  • Comprehensive assessment of project requirements to determine QA/QC needs.
  • Identification of key project stakeholders and their roles in the QA/QC process.
  • Definition of scope, including EPC activities and deliverables of to QA/QC monitoring.
  • Development of a customized QA/QC plan tailored to the requirements of the project.
  • Specification of QA/QC procedures and protocols to be followed throughout EPC.
  • Definition of QA/QC standards, criteria, and performance metrics.
  • Preparation of comprehensive QA/QC documentation, including checklists, forms, and templates for implementation.
  • Provision of training sessions to educate project stakeholders on the QA/QC plan.