The majority of solar projects do not fail as a result of poor technology, rather they fail as a result of poor planning, split execution and lack of accountability. The landowner signs a contract. A provider who sells equipment provides panels. The structure is constructed by a civil contractor. In the middle, timelines get shortened, expenses escalate and the project stumbles to completion months late.
It’s a pattern that has been observed in many large-scale solar facilities, and it’s one that’s easily preventable. Let’s take a closer look at the steps involved in a disciplined and end-to-end solar project development, step by step.
Phase 1: Project Conception and Feasibility
A good solar project installation starts long before even a panel is installed.
The first consideration is not “How many panels?” It is “Is this site feasible?” What capacity can be achieved? What will be the returns?
And here comes into the picture the solar project development services developers. The area which receives sunlight above 5.5kWh/m2/ day and has easy access to the strong power grid of Gujarat comes under strategic sites for solar in India.
A proper feasibility study covers:
- Solar resource assessment based on satellite and surface data
- Land suitability through slope, shading, and soil bearing capacity
- Grid connection and substation proximity
- Initial financial modelling: CAPEX, OPEX, IRR, payback period
- Regulatory and environmental clearance mapping
Just a few weeks of intensive analysis in the beginning can prevent months of delays and crores of rework in the future.
Phase 2: Engineering Design and System Architecture
If it is determined that it is feasible, the project goes into the detailed engineering phase.
Here, it’s where the solar project planning & development firms provide what makes them stand out from the rest of the competent solar project developers.
Key deliverables at this stage:
- Optimum string arrangement and spacing
- Engineering design for mounts suited to local wind and soil conditions
- Electrical single-line diagram and sizing of cables
- Equipment specification (modules, inverters, transformer, SCADA)
- Shading study and yield analysis
Wind load calculations are critical for structural stability in solar installations. High wind speeds during the monsoon months are a condition in the area, and heightened structures need to be designed for it without excessive increases in material costs.
Phase 3: Regulatory Approvals and Grid Connectivity
This stage surprises new developers the most of all. Regulatory approvals for large MW projects in India come from various sources. Proper planning is required for solar EPC project development.
Any delay at this stage will mean loss of precious time and even render power purchase agreements invalid. Very quickly, an organisation responsible for solar project execution handles this process.
- Regulatory approvals often face delays due to the involvement of multiple agencies
- Local knowledge is required for the Gujarat DISCOM GETCO connection
- Parallel work in engineering and regulation ensures a successful project
- Delays can lead to the PPA contract being voided due to the stringent completion period
Phase 4: Procurement and Supply Chain Management
The process of acquiring equipment for such a large-scale project is not simply about procurement; it also involves supplier evaluation, technical due diligence, logistical planning, payment structuring, and quality inspections across multiple suppliers worldwide to ensure timely project implementation.
The panels, inverters, and transformers may come from different suppliers, demanding accurate delivery planning for efficient execution. Management of civil works, electrical connections, and equipment delivery should go hand-in-hand to avoid operational hitches during project implementation.
Solar Project Management services are supported by team members specialised in procurement to mitigate against supply chain hazards, project delay during commissioning, among others.
Phase 5: Civil and Electrical Construction
This is the visible stage, the one that most people consider involved in setting up a solar plant.
However, the quality of construction mostly depends on what transpired in the previous stages.
With proper planning, the construction process should have set work packages, including various inspection points:
- Piling and mounting structures for the modules
- Module installation and string cabling
- Installation of inverters and transformers
- High tension lines and substation works
- SCADA system installation
A team dealing with managing a solar energy project needs to take into consideration the actual situation of the area, which includes the hot summers, dust storms and monsoons.
Phase 6: Testing, Commissioning, and Grid Synchronisation
The commissioning phase is that in which a construction site turns into a power station through a process with clearly defined stages that include testing and validation before grid activation. This phase for a solar power plant development assures that the system performs well and efficiently when under actual conditions. Performance ratio testing is done to confirm modelled output.
- IV curve test and inverter test ensure accurate system operation
- Protection relay testing assures grid safety compliance standards
- Grid integration performed as per DISCOM requirements
- Performance ratio test confirms efficiency of modelled output
- Documentation for satisfying lenders, insurers, and off-takers ‘ requirements
Why Single-Point Accountability Changes Everything
Disconnection is one of the biggest challenges associated with solar development because it involves several different contractors working independently. All activities like design, procurement, civil work, electrical work, and commissioning can be done separately without involving each other, which results in a lack of accountability and delay in project execution.
Integrated management of solar project planning and development in Kutch allows for good coordination due to an organised and controlled system. It removes dependency between contractors and speeds up the decision-making process.
- Involvement of several contractors resulted in a delay in execution and a blame game
- A comprehensive management approach ensures one schedule and accountability
- Better coordination is maintained throughout all the stages of the solar project
- Difficulties at the site were solved without negotiating among the various parties
- Uniform quality standard ensures performance consistency
Conclusion
When properly designed, engineered, and installed, any solar facility would surpass its financial projections within 25 years of operation. When poorly planned, hastily installed, and ineffectively managed, using subpar vendors and engineering, a solar facility would fall short in its financial performance even from its very first year.
There is no element of chance. It comes down to the quality of solar project management services and experience in their implementation. No matter if you are an industrial consumer, solar facility developer or an investor, we can offer you all the necessary services at White Desert.
