The process of installing ground-mounted solar panels entails much more than simply positioning the panels on the ground. It entails site assessment, engineering, construction, module installation, and connecting to the grid. Knowing what goes into these steps will help businesses plan their time frames and budgets for building a solar power plant.
Where Does a Ground-Mounted Solar Project Begin?
The process of the ground-mounted solar installation starts with land evaluation. Engineers evaluate the site in terms of land availability and location, landscape offers, soil quality, level of sunlight, shaded areas, water outlet facilities, and access to it.
Using the results of this stage, engineers decide whether the site is feasible for creating the solar power plant.
How Is the Solar Plant Designed?
After an in-depth evaluation is conducted, the next stage of project development involves engineering. Here, our team is defining what type of modules it is going to use, where to install rows, and what type of installations it will need.
At the same time, during this stage, the team is getting ready to supply the equipment for the installation of a solar power plant. Thanks to the experience gained in the industry, solar installation providers may synchronise this stage with the construction stage of the project implementation.
How Is the Construction Process Conducted?
Construction begins with preparing the land, and the approach used depends on ground conditions. The foundation forms the base of the mounting structure and must be installed precisely in line with the engineering design. Once the foundation is complete, the solar mounting systems are installed.
How Are Ground-Mounted Solar Panels Connected?
Installation of the modules is not everything. The produced electricity has to run through the electrical system of the plant before reaching the grid.
The connection is ensured by the DC cables which install the modules to the inverter. After that, transformers, switchgear, and some other electrical systems provide the connection of the electricity generated by the panels to the grid.
The setup depends on the technical requirements.
How Long Does a Ground-Mounted Solar Project Take?
It depends on the given project and varies widely.
This sequence is typical for projects:
|
Stage |
Indicative Time |
|
Evaluation of the project |
2 – 4 weeks |
|
Engineering and approvals |
4 – 8 weeks |
|
Powering the ground and preparation |
2 – 6 weeks |
|
Building foundations and structures |
4 – 10 weeks |
|
Mounting and construction of the electrical systems |
4 – 10 weeks |
|
Testing and commissioning |
2 – 4 weeks |
Different stages can coincide; that is, the whole project may last considerably shorter than all the processes taken together.
What Can Affect Ground-Mounted Solar Projects?
Conditions at the given site can dramatically affect the construction. For example, difficult soil might increase work on the foundation, while pointing out that preparation work should be done because of uneven ground. Weather conditions can influence the construction and the civil work badly.
Timely delivery of equipment, obtaining permits, labour availability, site reachability and electrical connectivity are more factors affecting the construction process. The quicker the dependence between stages of work is identified, the more effective the time schedule will be.
Why Is EPC Coordination Important?
EPC coordination matters because large ground-mounted projects require multiple teams working in sync: engineering, civil construction, wiring, and commissioning. A delay in one task can affect several others down the line. Experienced EPC contractors for solar power plants are responsible for guiding every stage and managing equipment throughout.
Waaree offers EPC services in the construction of solar plants, providing services of engineering, procurement, and construction in the field of renewable energy.
The firm uses its experience to develop better approaches to create a solar facility and its commissioning.
What Stages Are Required to Be Completed before the Facility Works?
Once all equipment has been assembled, the staff will carry out installations, and then the essential elements of the power plant will be checked.
After that, the feasibility of the plant working will be confirmed.
Conclusion
The installation of a ground-mounted solar facility includes various activities that need to be carried out in a particular order. Although the time connected with the installation can differ depending on the project, smart planning and cooperation with qualified EPC contractors are required to complete the work on time.
FAQs
The time required to create a solar facility will depend on various factors such as its size, location, and availability of equipment.
The first stage of installation includes evaluating the site and checking its feasibility.
These solar panels are affixed to mounting systems supported by structures according to the site conditions.
An EPC contractor is responsible for performing the work related to solar facility construction and controlling its construction and commissioning process.
The Solar facility undergoes testing and inspection of all equipment, checking of its electrical connections to the grid, and establishing the performance of the facility.
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