Powering sustainable progress
HEXA Renewables has a track record of conceptualizing and advancing greenfield projects to completion and operations. From managing site feasibility studies, environmental impact assessments, grid connection, financing, to conceptual engineering design & construction planning, our services encompass the entire gamut of the project development cycle.
We understand that securing land rights is a critical and sometimes one of the most complex aspects of developing successful renewable energy projects. Our dedicated team, staffed with experienced professionals, navigates the complexities for smooth project development.
At HEXA Renewables, we’re not just developers, we’re active participants in the clean energy revolution. We own and operate a growing portfolio of wind, solar and battery projects that power our communities and planet. We track and report on the environmental and social impacts of our projects, showcasing our commitment to a cleaner, more sustainable future.
We understand that successfully running clean energy projects requires seamless integration with the existing power grid. Our dedicated transmission and interconnection team collaborates closely with local utilities and regional system operators throughout the entire project lifecycle to ensure the timely completion of our projects.
Navigating the complex world of permits can be a significant hurdle in developing renewable energy projects. Our experienced team guides projects through every stage of the permitting process, from initial risk assessments to securing the necessary approvals for construction and ongoing operations.
We take pride in being your one-stop destination for realizing your clean energy ambitions. Our experienced team oversees every step of the project lifecycle, from the initial engineering design to final commissioning, ensuring the highest quality standards throughout. Our team of skilled professionals translate your project vision into a detailed and optimized design, maximizing functionality and long-term efficiency.