A 100 kW solar system is a powerful system producing substantial electricity. It mainly benefits commercial establishments or large residential complexes. A precise site evaluation is conducted before installing a 100 kW solar system plant. To maximize efficiency, checking the sunlight exposure, shading, and roof or ground space, is essential. A 100 kW solar system generates about 1,50,000 to 1,70,000 kWh of electricity per year.
The cost of 100 kW solar plant is worth its benefits. It provides energy independence and supports sustainability. A 100 kW solar plant provides continuous energy at affordable rates and helps to mitigate climate change. It also offers a net metering program to help consumers reduce electricity bills.
Project Overview: 100kW Solar System Installation at ESPI
The installation of a 100kW solar system in Hyderabad at ESPI Industries is unique due to its location, operational requirements, and specific challenges. The site-specific challenges include uneven terrain, which necessitates custom mounting structures for optimal panel positioning and stability. The weather conditions, such as monsoon rains and high temperatures, also affect solar panel performance.
The installation of this solar plant in Hyderabad was planned to minimize disruptions, with most components prefabricated off-site and assembled at the location. Technical planning was done using advanced modelling software, ensuring the design was tailored to the specific energy needs and site constraints. Regulatory compliance was also a challenge, with local approvals and permits varying significantly. Economic factors, such as cost variability, also impacted the installation process.
The project timelines extended up to 16 weeks with key phases as below:
- Preliminary Assessment and Planning
- Design
- Procurement – Permits and Materials
- Installation
- Testing and Commissioning
System Design and Installation: 100kw Solar Panel System
Meticulous planning and execution across diverse phases is required to install a 100 kW solar panel system.
System design and architecture
A 100kW solar panel system requires a thorough site assessment, system configuration, and performance modelling. It ensures optimal performance and efficiency. The design process includes analysing solar potential, shading, and local weather conditions.
Solar panel selection and installation
The process involves performance modelling that helps estimate system performance under diverse conditions. It helps to determine the optimal panel arrangement and other components.
This phase also involves selecting high-efficiency monocrystalline panels, site preparation, secure mounting and wiring.
Inverter selection and installation
Solar power companies in Hyderabad typically use string or central inverters. Normally, two 50 kW inverters are used for optimum efficiency.
Cost Analysis: 100 kW Solar Plant Cost and Benefits
Let’s look at the 100 kW solar plant cost, how it helps in savings on electricity bills and its financial benefits.
100 kW solar system cost
A 100 kW solar panel price in India ranges from Rs. 50 to Rs. 55 per watt. The total cost may go up to Rs. 50 to 55 lakhs approximately.
Cost savings and ROI analysis
Solar power systems help in cost savings over time. A 100 kW solar panel system can help you save in the range of Rs. 7.2 to 8.64 lakhs every year, considering the average cost of conventional energy at Rs. 5 to Rs. 6. Per unit. You can recover the solar energy system investment within 4 to 5 years. After that, you can enjoy free solar energy until the system’s longevity. Solar subsidy in Telangana further reduces the overall cost.
Benefits of 100kw solar system
The benefits of solar energy in Hyderabad are reduced electricity bills, energy independence, supporting the environment, brand image enhancement and government subsidies or tax incentives.
Performance and Monitoring: 100 kW Solar Power Plant Performance
Let’s understand how to monitor a 100 kW solar power plant performance.
System performance monitoring
Regular monitoring helps you identify any issues beforehand. You can monitor your system’s performance with a solar energy monitoring app.
Energy generation and consumption analysis
This analysis helps you identify energy generation and consumption to measure your solar energy system’s effectiveness. Comparing generated energy against actual consumption helps you identify the areas where you can save electricity.
Maintenance and troubleshooting
Regular maintenance is important for retaining solar power plant performance. Conduct routine inspections to confirm all components function correctly. During performance issues, monitoring systems help you identify specific problems, allowing you to address those immediately.
Conclusion
Solar power in Telangana at Hyderabad has helped ESPI to reduce its production costs and achieve its sustainability goals. The company has managed to upgrade its brand image as an environmentally caring company. It has also helped the company to run its operations without break. In addition, the company can now plan its budget effectively as it no longer has to fear the unprecedented price rise of conventional energy. Solar panels in Hyderabad can help other companies to follow ESPI and benefit from solar energy.
Frequently Asked Questions
A 100 kW solar system benefits industries by reducing their electricity bills, providing a reliable power supply, helping companies support sustainability, enhancing the company’s brand image and eliminating the fear of unexpected electricity price rises.
A 100 kW solar power plant cost in Hyderabad is between Rs. 50 lakhs to 55 lakhs.
Hyderabad gets abundant sunlight, which favours solar power generation.
Regular cleaning of solar panels and keeping a check on inverters and other components is the minimum maintenance requirement in Hyderabad.
Solar plant in Telangana generated around 430 to 480 kWh of electricity per day.
Solar subsidy in Telangana state is available for both, residents and business units.
The ROI for a 100 kW solar power plant in Telangana is 4 to 5 years, provided you maintain the system appropriately.