How On-Grid Solar Systems Help Industries Achieve Energy Sustainability

A country’s industrial sector is one of the key economic drivers. As the sector grows, so does the country’s economy. However, this growth often comes at a cost. The manufacturing sector, in particular, has a massive carbon-heavy energy appetite. So, whether an automobile or an apparel manufacturer, each industry consumes enormous amounts of electricity.

Scaling production usually means more energy consumption, higher costs, and a heavier carbon footprint. But then the equation isn’t as straightforward. Governments, investors, and customers expect companies to curtail their energy use – without compromising productivity.

So, how do companies deal with the conundrum? The answer is an on-grid solar system. It helps reduce a company’s dependence on grid-based electricity. But how is that possible? Let’s explore.

Current Energy Sustainability Challenges of the Industrial World

The world’s needs evolve and grow with each passing day. But as they do, the industrial world faces the pressing need to fulfil them. As a result, companies scale their operations and consume more energy. In situations like these, challenges, including the ones below, become evident.

• Rising electricity tariffs increase production costs.
• Heavy reliance on fossil-fuel-based electricity generation.
• Growing carbon emissions and stricter environmental regulations.
• Increasing customer and investor emphasis on eco-friendly practices.
• Fluctuating energy costs that impact financial planning.
• The quest to stay competitive while investing in greener technologies.

Apparently, these challenges feel daunting. But this is precisely where the need for embracing better options, such as on-grid solar systems, originates. Let’s understand that an on-grid solar system drives a significant change.

What is an On-grid Solar System?

Also called a grid-tied solar system, an on-grid solar system stays connected to the local grid. Therefore, during the day, solar panels generate electricity from sunlight that powers industrial machinery, lighting, HVAC systems, production equipment, and other electrical loads within the facility.

During peak hours, the solar system often generates excess electricity. In such situations, the energy is exported back to the grid via net metering. But if solar generation isn’t adequate, for instance, during cloudy weather or nighttime, the system auto-draws the required electricity from the grid.

Such a seamless integration of solar and grid helps ensure uninterrupted operations, while optimizing renewable energy use.

How Does an On-grid Solar System Work?

Consisting of several components, an on-grid solar system typically works in the following automated pattern.

• The solar panels capture sunlight and generate Direct Current (DC).
• The solar inverter converts DC electricity into Alternating Current (AC) to power industrial equipment
• The electrical distribution system supplies solar-generated electricity directly to the facility.
• Utility grid connection serves as a backup power source and a destination for surplus electricity.

The idea is to ensure an uninterrupted power supply, prioritizing solar energy use and curtailing energy costs. An on-grid solar system helps you do all.

How Does a Grid-Tied Solar System Help Industries Achieve Energy Sustainability?

Energy sustainability isn’t merely about eco-friendliness. It integrates several other factors, including commercial, efficiency, and ROI. Let’s explore how a high-quality, efficient grid-tied solar system from a reputable manufacturer helps you achieve these objectives.

• Reduced Electricity Costs

Electricity constitutes a major operational expense for the industrial world. But when a company generates a substantial portion of its own electricity through solar, it reduces its reliance on the grid and saves millions on energy bills in the long run. Additionally, as solar energy has no fuel cost, industries can safeguard themselves against future increases in electricity tariffs. This can help make energy budgeting more predictable.

• Lowered Carbon Emissions

Conventional electricity generation consumes a humongous amount of non-renewable resources such as coal, natural gas, and other fossil fuels. These contribute enormously to greenhouse gas emissions.

However, an on-grid solar system produces clean, renewable electricity without generating harmful emissions during operation.

Therefore, as industries replace traditional electricity with solar power, they reduce their carbon footprint and contribute to global sustainability goals.

• Improved Energy Efficiency

By installing an on-grid solar system, companies can monitor their overall energy use more closely. Real-time monitoring platforms provide valuable insights into electricity use, peak demand periods, and equipment performance. These insights can help companies identify inefficiencies, optimize production schedules, and implement energy-saving measures.

• Quicker Return on Investment

Of course, installing an industrial solar system involves a significant investment. Yet, it delivers long-term, attractive financial returns through reduced electricity bills, government incentives (where available), tax benefits, and lower operating costs. Together, these factors enable companies to recover their investment within a few years.

• Reduce Dependence on Conventional Energy Sources

Industries that rely fully on utility power are the ones that get affected by rising electricity prices and energy supply fluctuations the most.

However, on-grid solar systems help companies diversify their energy sources by enabling them to generate a significant portion of their own electricity.

The grid provides backup when required.

Thus, with solar energy as the primary source and grid usage as a backup, it helps companies curtail their reliance on conventional energy sources.

Still Relying on the Grid for Electricity? Embrace the Change with EnerTech!

One of the most reputable manufacturers of on-grid solar systems, EnerTech helps the industrial world embark on an exciting journey to achieving self-reliance. Based on painstaking research and the latest technologies, our advanced AI-based solar on-grid inverter drives the change through enhanced solar power use, lowered grid energy consumption, and a better sustainability quotient. Some features of our BIS-approved system include:

• High conversion efficiency
• Advanced AI-based MPPT technology
• Wide MPPT voltage range
• IP65 protection
• Low start-up voltage
• 50% DC oversizing support
• High-wattage solar module compatibility

Want to explore more about the specifications of our on-grid solar inverter and calculate your ROI in the long run? Email us at sales@enertechups.com