Shams Power: Benefits of Rooftop Solar Power Plant in Pakistan for Big Industries

Benefits of Rooftop Solar Power Plant in Pakistan for Big Industries

Solar energy is one of the most promising renewable energy sources in Pakistan. It can lessen the country’s reliance on fossil fuels, which are expensive and cause emissions.

The use of renewable energy is becoming a priority in Pakistan because of its potential to cut costs and help overcome its energy crisis. In fact, the country aims to produce 60 per cent of its power from clean energy sources by 2030.

1. Reduced Costs

In Pakistan, the traditional energy sources such as fossil fuels are unable to meet its current electricity demand and supply gap. It is causing immense problems for the socio-economic development of the country.

Therefore, it is vital to use the existing natural resources properly in order to overcome this situation and improve the overall economic development of the nation. Solar power is one such source that can help in meeting the electricity requirements of the country efficiently and economically.

Rooftop solar panels can be installed in less than a year and are relatively low in cost, while avoiding the need for additional transmission and distribution infrastructure. A recent case study shows that these systems can be rapidly deployed across the country while also producing a significant amount of electricity for commercial and industrial users.

2. Reduced Carbon Footprint

Pakistan is in the sun belt and there is a huge solar potential, especially in Sindh, Baluchistan and parts of Punjab. Investing in this natural energy source can eliminate the current energy crisis of the country and solve its renewable energy shortage problems.

Moreover, it can be installed quickly and at a relatively low cost. This will help reduce the carbon footprint and thereby tackle climate change.

In an effort to address these challenges, Premier Energy has successfully implemented state-of-the-art industrial solar solutions in Pakistan of different power capacities. These grid-tied solar power plants help a number of industries reduce their electricity bills while shielding them from the increasing costs of electricity.

3. Increased Efficiency

Pakistan's energy structure is largely dependent on thermal sources such as coal, oil and natural gas that are expensive and increasingly unreliable. This results in a widening energy demand gap.

However, renewable energy sources like solar power present a solution to these problems. Currently, solar power has the potential to increase energy supply in Pakistan and reduce the country's dependence on fossil fuels by 8-fold by 2030 and 20-fold by 2050.

To encourage more solar installations, the government must make net metering law more effective. This would enable people who install solar panels to add their excess electricity to the grid and earn money.

4. Increased Productivity

Despite its location in a region ravaged by climate change, Pakistan has still not fully adopted renewable energy sources to meet its increasing demand. Its heavy dependence on fossil fuels is not only damaging the environment but also hampering the country’s economic development.

The solar power market is ripe with opportunity, but the right policies are needed to maximize this market potential and minimize the risk to the country’s economy. Only policies based on rigorous data modeling and research can deliver this.

A key policy that would spur widespread adoption of solar in Pakistan is the introduction of net metering, which allows solar system owners to sell electricity they produce back into the grid. But this can only be achieved through serious coordinated efforts by the government and solar industry.

5. Independence from Commercial Power Supply

Rooftop Solar Power Plant in Pakistan can significantly reduce the costs of electricity for big industries and shield them against ever-rising electricity rates. It will also help them to be independent from commercial power supply sources which have an increasing cost and are prone to load-shedding.

However, it’s important to note that there are still significant barriers to widespread solar energy adoption in the country. These barriers need to be addressed to encourage people to shift their energy consumption patterns and make them aware about the importance of renewables.

The most commonly identified barrier to household solar PV system adoption in developing countries is the high up-front cost of the technology. This can be addressed by providing a loan to potential adopters at zero or low interest rate for the purchase of the PV system.