A 400 kW solar power plant is generally connected to the conventional grid. It may not require a battery storage system. It utilises around 1000 solar panels of 400-watt capacity. This system produces about 1600 kWh of energy per day. However, the output depends on the region, weather and overall system efficiency.
Benefits include financial gains, no pollution, energy independence and a continuous supply of electricity. Other benefits include tax incentives and an enhanced brand image of the company.
Project Overview: 400 kW Solar System Installation at HPCL Budge Budge
HPCL Budge Budge has installed a 400 kW solar power system in Kolkata. The project helps the facility to meet its energy requirements and achieve sustainability goals. The project also helps the company to upscale its operations.
The project timeline ranges from 16 to 32 weeks, including all development factors. These include:
- Preliminary Assessment and Planning
- Design
- Procurement of permits
- Installation
- Testing and Commissioning
System Design and Installation: 400 kW Solar Panel System
Installation of a 400 kW solar panel system needs precise planning.
System design and architecture
The design involves several critical components and considerations for optimal output. The system may consist of several solar arrays, each designed to deliver a specific output. The mounting structure of the 400 kW solar panel system is strong enough to withstand harsh weather conditions.
Solar panel selection and installation (400 kW solar panel)
Solar panels rated at 400 watts each are used in the installation of a 400 kW solar panel. Solar panels can be connected in series or parallel as per the design. They are also aligned appropriately to help them absorb maximum sunlight. The panels are strongly secured to the mounting structures.
Inverter selection and installation
Multiple inverters are used to handle the total output of a 400 kW solar system. These inverters must be installed in shaded regions to enhance their lifespan and efficiency. Typical four inverters rated at 100 kW each are used.
Cost Analysis: 400 kW Solar Panel Price and Benefits
400 kW solar panel price
A 400 kW solar panel price ranges from approximately Rs. 42.8 per watt. It means the 400 kW solar system cost may go up to Rs. 17,120,000.
Cost savings and ROI analysis
The 400 kW solar system produces about 1600 kWh per day. It results in a significant reduction in electricity bills. Commercial users can save up to Rs. 1,50,000 to 2,00,000 per month with solar panel installation in Kolkata. The payback period can range from 4 to 7 years, depending on initial investment, incentives and energy cost per unit.
Benefits of 400 kW solar system
Solar energy in Kolkata helps businesses achieve their production goals. It also helps companies achieve their sustainability goals. Businesses become less dependent on conventional grids and can enjoy uninterrupted solar power sources. Companies no longer have to fear from unexpected price rise of conventional electricity. However, they can plan better with affordable solar energy and increase their production with a continuous power supply from a 400 kW solar system.
Performance and Monitoring: 400 kW Solar Power Plant Performance
System performance monitoring
Monitor system performance to assess the system’s efficiency and identify any issues beforehand. You can also use Class A pyranometers to measure solar irradiance accurately. Other than these, the usual performance ratio (PR) helps you compare actual energy output to expected output based on environmental conditions. A higher PR means the system is performing better.
Energy generation and consumption analysis
Under ideal sunlight exposure, a 400 kW system can produce 1600 kWh per day. Regular recording of data helps you track daily, monthly and yearly energy yield to help you understand system performance over time.
Consumption analysis helps you understand the amount of energy consumed and what is sent back to the grid. It helps you optimise energy usage and improve overall efficiency. Long-term evaluation gives you insights into seasonal variations.
Maintenance and troubleshooting
Maintaining a regular schedule of inspecting and cleaning solar panels keeps their efficiency up to the mark for years. For solar power in Kolkata, it is wise to document maintenance activities and set protocols to troubleshoot problems if any.
Conclusion
Solar panel in Kolkata at HPCL Budge Budge have helped the company to keep the costs in control and support sustainability. The company has effectively enhanced its brand image as a forward-thinking company. HPCL Budge Budge now doesn’t have to face electricity price fluctuations and can use reliable solar energy to keep its operations running smoothly.
Kolkata city also faces pollution issues. If more companies adopt solar energy, it will help restore Kolkata’s environment and keep its air cleaner.