Utility scale projects

Large/Utility Scale Ground-Mounted Solar Projects

Klymate Technologies LLP is dedicated to delivering comprehensive solutions for large and utility-scale ground-mounted solar projects. These projects are designed to generate substantial solar energy, making them ideal for industries, commercial establishments, and entire communities. We offer customized solutions, including options with or without Battery Energy Storage Systems (BESS), to meet the diverse needs of our clients.

Understanding Captive,

Group Captive, and

Third-Party Solar Projects

When planning a large-scale solar project, it’s essential to understand the differences between captive, group captive, and third-party models. Below, we break down these concepts, their pros and cons, and specific requirements.

Captive Solar Projects

1. Ownership

Fully owned by a single entity.

2. Energy Use

100% of the energy is used by the owner.

3. Financial Structure

Entirely financed by the owner.

4. Minimum Size Requirement

A minimum of 1 MW plant installation is required.

5. Benefits

○ Full control over energy use.

○ Significant savings on electricity costs.

○ Potential tax incentives.

6. Drawbacks

○ High upfront capital investment.

○ All maintenance and operational responsibilities fall on the owner.

Group Captive Solar Projects

Group captive projects involve multiple entities jointly investing in a solar power plant. Each participant must own at least 26% of the equity, and the group must consume at least 51% of the power generated.

1. Ownership

Shared among multiple entities.

2. Energy Use

Shared proportionally based on investment.

3. Financial Structure

Joint financing by all participants.

4. Minimum Size Requirement

A minimum of 1 MW plant installation is required.

5. Benefits

○ Lower financial burden per participant.

○ Shared operational responsibilities.

○ Access to solar power without full ownership.

6. Drawbacks

○ Shared control and decision-making.

○ Requires coordination among participants.

Third-Party Solar Projects

In a third-party solar project, a solar developer owns and operates the solar plant and sells the electricity generated to one or more clients through a Power Purchase Agreement (PPA). This model is ideal for entities that want to use solar energy without investing in the infrastructure.

1. Ownership

Owned by a third-party developer.

2. Energy Use

Purchased by clients through a PPA.

3. Financial Structure

No upfront investment by the client; payment based on energy consumption.

4. Minimum Size Requirement

No minimum size requirement, offering greater flexibility.

5. Benefits

○ No capital investment required by the client.

○ Fixed or predictable energy costs through the PPA.

○ Maintenance and operational responsibilities are handled by the developer.

6. Drawbacks

○ Long-term contracts may be required.

○ Less control over energy pricing and production.

Battery Energy Storage Systems (BESS)

Incorporating a Battery Energy Storage System (BESS) into a solar project can offer significant advantages, especially for consumers who experience higher energy consumption during peak hours compared to off-peak and non-peak hours.

Contact us today to discuss how our CAMC or panel cleaning services can benefit your solar assets and maximize your investment.

Why Consider BESS?

Opting for BESS is particularly advantageous for consumers who use more power during peak hours. As a rule of thumb, if your energy consumption during peak hours exceeds 24% of your total usage, investing in BESS for the excess capacity is considered a sound financial decision. This system allows you to store excess energy generated during non-peak hours and use it during peak times, reducing reliance on expensive grid electricity.

Solar Projects with BESS

1. Energy Storage

Stores excess energy for later use.

2. Grid Independence

Reduces reliance on the grid, providing backup power.

3. Energy Management:

Enables better management of energy supply and demand.

4. Benefits

○ Stable energy supply even during outages.

○ Maximizes use of generated solar energy.

○ Significant cost savings during peak electricity rates if consumption exceeds 24% during peak hours.

5. Drawbacks:

○ Higher upfront costs due to storage systems.

○ Battery maintenance and replacement costs.

Solar Projects without BESS

1. Energy Storage

Directly uses generated energy without storage.

2. Grid Independence

Relies on the grid during non-sunlight hours.

3. Lower Costs

Lower initial investment as no storage system is needed.

4. Benefits

○ Lower capital expenditure.

○ Simplified system without storage management.

5. Drawbacks:

○ No backup power during grid outages.

○ Limited to using solar power only when it’s being generated.

Comparison Table: Captive vs. Group Captive vs. Third-Party Projects and BESS vs. Non-BESS Systems

Feature	Feature	Captive Solar Projects	Third-Party Solar ProjectsS	With BESS	Without BESS
Ownership Single entity	Multiple entities	Third-party developer	-	-
Energy Use	Exclusive to owner	Shared among participants	Purchased through PPA	Stored for later use	Immediate use only
Financial Investment	Fully financed by owner	Jointly financed	No upfront investment by client	Higher due to storage	Lower without storage
Operational Control	Full control by owner	Shared control	Controlled by developer	Grid independence	Grid dependence
Minimum Size Requirement	1 MW	1 MW	No minimum size requirement	-	-
Upfront Costs	High	Distributed among participants	None for the client	Higher with storage	Lower without storage
Maintenance	Owner responsible	Shared responsibility	Handled by the developer	Requires battery upkeep	Minimal maintenance
Reliability	High, with total autonomy	Dependent on participant agreement	Dependent on developer	High, with backup power	Lower, reliant on grid
Energy Availability	24/7 (with BESS)	Coordinated among users	Based on PPA terms	24/7 availability	Daytime only, no backup
Peak Hour Advantage	-	-	-	Ideal if peak usage >24%	Less effective for high peak usage

Conclusion

Choosing the right model for your large-scale solar project—whether it’s captive, group captive, or third-party—depends on your specific needs, financial goals, and energy consumption patterns. Klymate Technologies LLP is here to guide you through the process, offering tailored solutions that maximize efficiency, reduce costs, and contribute to a sustainable energy future. Contact us today to find out which solar solution best suits your business needs.

Why Go Solar with Klymate for Utility-Scale Projects?

We recognize that every utility-scale project has unique requirements. Our team of experts customizes solar solutions to meet your specific energy demands and site conditions, ensuring optimal performance and seamless integration with your existing infrastructure.

How it Works

Consultation and Site Assessment

We start with a thorough consultation and site assessment to understand your energy needs and evaluate the solar potential of your location.

Seamless Installation

Our experienced team handles every aspect of the installation process, ensuring that your project is executed efficiently and meets the highest quality standards.

Customized Proposal

Based on our assessment, we provide a detailed proposal that includes system design, cost estimates, and financing options tailored to your utility-scale project.

Monitoring and Maintenance

We offer advanced monitoring solutions and regular maintenance services to ensure that your solar system operates at peak efficiency, delivering maximum energy output and cost savings over the long term.

By choosing Klymate Technologies LLP for your utility-scale solar project, you’re not just investing in clean energy—you’re partnering with a team dedicated to delivering customized, transparent, and high-quality solutions that drive sustainable growth for your business.