Utility-Scale Solar Plant
Large-scale solar plants delivering clean, affordable, and sustainable power to the national grid.
The Way We Work
We live for Green work for green
A utility-scale solar power plant is a large solar energy project built to generate electricity on a massive scale and feed it directly into the national grid. Unlike rooftop or small-scale solar systems, these plants can produce hundreds of megawatts, making them an important solution for meeting the growing energy demand of countries like Bangladesh. With its abundant sunshine, Bangladesh has great potential for solar energy, and utility-scale solar plants can help reduce dependence on imported fuels, lower electricity costs, and cut carbon emissions.
The importance of utility-scale solar plants in Bangladesh is huge—they not only support the government’s renewable energy targets but also improve energy security and contribute to a greener environment. They play a key role in reducing the impacts of climate change while creating new opportunities for investment and job growth in the renewable sector.
Energypac Infrastructure & Development Ltd. (EIDL) is strongly committed to this vision. As an experienced EPC (Engineering, Procurement, and Construction) company, EIDL provides complete solar solutions, from design and engineering to construction and maintenance. By delivering world-class projects and promoting clean energy, EIDL is helping Bangladesh move toward a sustainable, low-carbon future.
Why Utility-Scale Power Plant

Massive Power Generation
They can produce hundreds of megawatts of electricity, enough to supply power to entire cities or industrial zones.

Lower Cost of Energy
Large-scale projects reduce the cost per unit of electricity through economies of scale, making solar power more affordable.

Energy Security
By reducing reliance on imported fuels like coal, gas, or oil, they help ensure a stable and secure energy supply.

Environmental Benefits
They significantly cut greenhouse gas emissions, helping to fight climate change and improve air quality.

Support National Targets
In countries like Bangladesh, they are key to achieving renewable energy goals (e.g., 20% renewables by 2030).

Job Creation & Investment
Building and maintaining solar plants create employment opportunities and attract foreign and local investment.
Our Solutions
From concept to completion, our solutions are designed to optimize performance, reduce costs, and build a greener future
Shaping the Future of Energy Through Utility-Scale Solar
We believe building a utility-scale solar power plant is more than just installing panels—it’s about delivering reliable, affordable, and sustainable energy for the future. Our approach starts with careful site selection and smart design, backed by the latest technology and strict quality standards. We manage every step of the process, from financing and construction to grid connection and long-term operation, ensuring projects run smoothly and perform at their best. By combining global expertise with local knowledge, we provide solar solutions that reduce carbon emissions, strengthen energy security, and create lasting value for Bangladesh.
1. Site Selection
We begin by identifying suitable land with high solar potential, minimal environmental impact, and easy grid access.
2. Design & Approvals
Engineers create detailed plant layouts and technical designs while securing all necessary government permits and regulatory approvals.
3. Financing
We arrange investments and Power Purchase Agreements (PPA) with utilities, ensuring financial viability and long-term stability of the project.
4. Construction
Our team procures world-class equipment and builds the plant—installing solar panels, inverters, and supporting infrastructure with precision.
5. Grid Connection
The completed plant is connected to the national grid through substations and transmission lines, ready to deliver clean power at scale.
6. Testing & Commissioning
Every system undergoes rigorous testing to ensure safety, performance, and compliance before commercial operations begin.
7. Operation & Maintenance (O&M)
We provide ongoing monitoring, maintenance, and performance optimization to keep the plant operating at peak efficiency for 20–25 years.