Technical

PV System Design Optimization

Installation designed to

  • Maximize yield
  • Minimize shading
  • Minimize cable losses
  • Minimize thermal increase

Safety requirements as per national and international standards

  • Roof Access
  • Walkways
  • Lifelines

Tier-one Equipment Deployed

Only tier-one PV modules and inverters used Factory delivery inspection, Testing and certification

  • Fire rating and testing
  • Salt mist testing
  • Weather and high wind loading
  • Aging and performance

Rigorous And Proven Installation Procedures

Contractor selection process

  • Compliance review
  • HSE record
  • Capacity and technical  capability assessment

On-site project engineer

  • Ensure safety on site
  • Monitor daily work progress

Lifetime Performance Monitoring

  • AI – managed 24/7 monitoring
  • Periodic inspection on key  components
  • Periodic cleaning and  maintenance
  • Preventive replacement if  scheduled

Project flow

STEP 1

Initial Discussion

  • Maximize yield
  • Minimize shading
  • Minimize cable losses
  • Minimize thermal increase

1- 2 months

STEP 2

Preliminary Assessment

  • Site visit
  • Business proposal including alternative options
  • Cost-benefit analysis
  • Commercial discussions

1- 2 months

STEP 3

Design Finalization

  • Design selection and finalization
  • Contractual items clarifications including alternative options
  • Creditworthiness assessment

1- 2 months

STEP 4

Contractual Agreement

  • Contract run-through
  • Due diligence and compliance checks
  • Customer internal approval process

1- 2 months

STEP 5

Installation

  • PV system design confirmation and validation
  • Permitting
  • EPC contractor tender process and selection

4-6 months

STEP 6

Operation

  • Operations and maintenance
  • Cleaning and monitoring
  • Monthly billing

20 years