RE+ 2025, the largest clean energy event in North America, brought together global industry leaders, and innovators in Las Vegas to discuss the future of sustainable energy technologies. Centre for Computational Technologies (CCTech) proudly presented its Digital Platform solution for Renewable Parks, powered by Autodesk Construction Cloud, Autodesk Platform Services, Autodesk AutoCAD, and Autodesk Tandem. The solution is designed to accelerate giga-watt scale renewable park design, construction, and operations.

As CCTech transforms the way large renewable parks are designed, executed, and operated, one principle guides this direction:

At RE+ 2025, CCTech showcased how its Autodesk-powered Digital Platform for Renewable Parks directly addresses the industry’s most persistent challenges such as lengthy design cycles, fragmented coordination, limited visibility across procurement and construction, and rising operational pressures as project scales increase.

The platform brings the entire project lifecycle into one connected digital ecosystem, enabling developers to work with greater accuracy, predictability, and speed. The platform’s capabilities create tangible business value across every stage:

• Smart project planning: AI-powered Bill of Quantities (BoQ) and cost estimation, brings clarity to project feasibility and investment planning right from the start.
• Accelerated Design Automation: Automated designs are generated using Autodesk AutoCAD, Civil 3D, and Revit to transform engineering ideas into construction-ready drawings with precision and speed.
• Resource optimization: As projects move ahead, smart procurement and logistics planning through Oracle Primavera and Microsoft ensures that every resource reaches the right place at the right time.
• Business Transparency: Teams gain complete visibility of purchase orders, materials, and supplier performance through real-time procurement using Enterprise Resource Planning (ERP).
• Operational Efficiency: Digital site management and precise material reconciliation is streamlined with Autodesk Construction Cloud (ACC).
• Sustainability: Digital Twin-enabled asset management keeps operations in sync, allowing predictive maintenance, continuous performance monitoring, and data-driven decision-making.

As renewable energy expands to giga-watt scale deployments across diverse terrains, the industry faces increasing pressure to deliver projects faster, with higher accuracy, lower risk, and greater operational transparency.

This reality was echoed across multiple discussions at RE+ 2025, where leaders emphasized the need for resilient, efficient, and secure digital ecosystems. Conversations around grid cybersecurity highlighted that as energy infrastructure becomes more interconnected, strong data governance and digital safeguards are essential for reliability and national energy independence. The growing emphasis on funding uncertainty further reinforced that developers must operate with greater efficiency and predictability, especially as financial environments evolve. In parallel, the increasing focus on Battery Energy Storage Systems (BESS) showcased the industry’s transition toward advanced, technology-driven manufacturing and operations.

CCTech has addressed this shift through its Autodesk-powered Digital Platform for Renewable Parks, which unifies the entire project lifecycle. The result is a scalable digital foundation that strengthens decision-making, reduces errors, minimizes delays, and enables renewable energy organizations to deliver projects with confidence, agility, and resilience.

The shift toward large-scale renewable energy deployment demands design systems that are faster, more accurate, and capable of supporting complex project environments. Digital transformation plays a pivotal role in achieving this by replacing manual engineering workflows with intelligent automation, integrated data models, and real-time collaboration.

A strong example of this transformation can be seen through CCTech’s partnership with Adani Green Energy Limited (AGEL) at the world’s largest solar park. By adopting CCTech’s Autodesk-powered design automation solution, AGEL significantly accelerated its engineering process by automating terrain analysis, MMS table layout, pile placement, cable routing, and generating construction-ready drawings across civil, mechanical, and electrical verticals. These enhancements streamlined execution, reduced errors, and enabled faster decision-making.

This success reinforces the broader value of digital design systems: they improve consistency, reduce project timelines, and create clarity across teams working at massive scale. As renewable parks continue to grow in complexity, digital transformation in design engineering is becoming essential for sustainable, high-performance project delivery in the future.

Read more about AEGL partnership with CCTech: AGEL partnered with CCTech to implement Autodesk Platform Services

Learn more about How CCTech is shaping the future of renewable energy delivery