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Jaipur Solar Asset (2.6 MW)

Aerial view of the Sunshine Bay solar installation showcasing rows of sleek solar panels under a clear blue sky.
Aerial view of the Sunshine Bay solar installation showcasing rows of sleek solar panels under a clear blue sky.

A vital project demonstrating our execution authority in high-volume, fixed-structure assets, guaranteeing maximum efficiency for industrial power procurement in the region.

Close-up of high-efficiency solar panels with visible wiring and mounting structure highlighting engineering quality.
Close-up of high-efficiency solar panels with visible wiring and mounting structure highlighting engineering quality.

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The asset uses a typical 5 MW solar plant architecture, ensuring robust integration of inverters, 5 MVA Transformer, and VCB/Switchgear components necessary for high-voltage grid stability.

Execution Excellence: Guaranteeing Scalable Performance
Graph illustrating energy savings and carbon footprint reduction achieved by the Sunshine Bay project.
Graph illustrating energy savings and carbon footprint reduction achieved by the Sunshine Bay project.
Technician inspecting the solar panels at Sunshine Bay, emphasizing maintenance and quality assurance.
Technician inspecting the solar panels at Sunshine Bay, emphasizing maintenance and quality assurance.

This project is a prime example of our high-volume asset deployment strategy using Seasonal Tilt structures. The fixed-tilt method offers superior stability and lower operational risk, making it an ideal choice for predictable long-term PPAs.

Sunset view of the solar farm with panels glowing amber from the setting sun.
Sunset view of the solar farm with panels glowing amber from the setting sun.
Blueprint schematic overlay showing the precise layout and electrical design of the Sunshine Bay installation.
Blueprint schematic overlay showing the precise layout and electrical design of the Sunshine Bay installation.

Our detailed civil engineering planning ensured minimal site disruption and precise foundation work. Execution included controlled land clearing and leveling necessary for seamless, rapid installation across the 2.6 MW area.

System Architecture: Grid-Ready Compliance

Our finalization phase included rigorous Testing & Documentation leading to successful Synchronization & Commissioning (referencing the 90-Day Cycle). This guarantees the asset is fully compliant and optimized for grid power export.

Jaipur Solar Asset (2.6 MW)

Aerial view of the Sunshine Bay solar installation showcasing rows of sleek solar panels under a clear blue sky.
Aerial view of the Sunshine Bay solar installation showcasing rows of sleek solar panels under a clear blue sky.

A vital project demonstrating our execution authority in high-volume, fixed-structure assets, guaranteeing maximum efficiency for industrial power procurement in the region.

Close-up of high-efficiency solar panels with visible wiring and mounting structure highlighting engineering quality.
Close-up of high-efficiency solar panels with visible wiring and mounting structure highlighting engineering quality.

The asset uses a typical 5 MW solar plant architecture, ensuring robust integration of inverters, 5 MVA Transformer, and VCB/Switchgear components necessary for high-voltage grid stability.

Execution Excellence: Guaranteeing Scalable Performance

This project is a prime example of our high-volume asset deployment strategy using Seasonal Tilt structures. The fixed-tilt method offers superior stability and lower operational risk, making it an ideal choice for predictable long-term PPAs.

Sunset view of the solar farm with panels glowing amber from the setting sun.
Sunset view of the solar farm with panels glowing amber from the setting sun.
Blueprint schematic overlay showing the precise layout and electrical design of the Sunshine Bay installation.
Blueprint schematic overlay showing the precise layout and electrical design of the Sunshine Bay installation.

Our detailed civil engineering planning ensured minimal site disruption and precise foundation work. Execution included controlled land clearing and leveling necessary for seamless, rapid installation across the 2.6 MW area.

System Architecture: Grid-Ready Compliance

Our finalization phase included rigorous Testing & Documentation leading to successful Synchronization & Commissioning (referencing the 90-Day Cycle). This guarantees the asset is fully compliant and optimized for grid power export.

Asset Structuring and Strategic Partnership

The Jaipur asset required complex PPA negotiation and was fully secured via robust financial tie-ups (Banks/NBFCs). We managed the creation of all sanction documents, including the DPR and CMA reports.

Aerial view of the Sunshine Bay solar installation showcasing rows of sleek solar panels under a clear blue sky.
Aerial view of the Sunshine Bay solar installation showcasing rows of sleek solar panels under a clear blue sky.

This 2.6 MW asset stands as proof of reliable, high-volume execution, contributing 41.60 Lakh Units annually to the grid and meeting our strategic mandate for decentralized asset deployment.

Contact

Planck Power, Bank of Baroda building, 4th floor opp Ratlami Namkeen, Vaishali Nagar, Ajmer (Raj)

8854958508

info@planckpower.in

Address

WWW.PLANCKPOWER.IN