Renewable Energy is a growing sector in India, with the key driver being the low per unit cost of renewable energy in real terms compared to electricity generated from traditional sources of energy such as coal apart from being Clean Power.
Globally and in India, we are now witnessing an exponential increase in direct consumer demand for Renewable Energy supply. Increased awareness of the need for reduction in carbon emissions and the adverse impact of the emissions on global warming has resulted in the proactive adoption of renewable energy by Commercial and Industrial consumers in India. Only a few developers in India have the capability and capacity to develop a fully packaged wind project, and Viviid Renewables is one of them.
Founded in 2019, Viviid Renewables is led by Siddharth Mehra, who has a Masters in Business Administration in Entrepreneurship from Babson College in the USA. Ever since his graduation, Siddharth has been very active in the Renewable Energy business in India. With his entrepreneurial spirit and hands-on involvement, Siddharth has conceived very innovative ideas and has seen through their successful implementation, which has brought in many successes in the Renewable Energy business that he has been spearheading.
Today the firm has around 200 experienced professionals involved in Wind Resource
Monitoring and Analysis, Power Evacuation design and construction, securing Land, Permits and approvals, Quality Assurance and Safety and Business Development. Viviid is active in the eight windy states of India and is the only developer, who is capable of designing complete Wind Solar Hybrid Projects, backed by its strong Analytics and Wind Resource Team. Viviid has been working towards the creation of Renewable Energy Projects which can supply Round the Clock (RTC) stable Renewable Energy Power to the national grid.
Providing End-to-End Solutions
End-to-end services are the main requirement that clients have from the participants in this market. From site selection to project commissioning, Viviid Renewables offers comprehensive services that are specialised and customized for each of the Project sites. Viviid leverages on its wind data measured at hub heights upto 160 meters and analysed via multiple softwares for potential sites in 8 states of India in mitigating the Wind Risk for Investors. Viviid’s core activity is that of data monitoring on wind masts that are developed and built to international standards. The Wind Data thus measured enables accurate and reliable energy estimates that get corroborated by reputed Third Party Consultants. Also, the Wind Data enables the design of the project at the most optimum costs and is also integrated into the grid with solar and battery storage as may be required.
Viviid has been working towards the creation of renewable energy projects which can supply round the clock (rtc) stable renewable energy power to the national grid
Viviid Renewables keeps investing in technology and engineering to reduce the cost of balance of plants for a renewable energy project. With Viviid, the best Sites with reliable data are made readily available to IPPs (Independent Power Producers), which helps them make investment decisions without the lead time required to monitor Wind Data, study power evacuation, assessment of land risk and other factors. Projects across the 8 windy states (Pan India) are available to choose so as to get the best fit for an ISTS Auction/STU Auction/ Open Access.
Renewables is a developing market with an increasing scale of projects, and Viviid is already one of the fastest growing companies in the burgeoning renewable space. Viviid would be establishing two new verticals within the company to cater to the prospects in the Renewable Energy industry in terms of Operating and Maintenance (O&M) of Renewable Energy Projects and Carbon Credits. With this portfolio, Viviid is one of India’s largest wind power project developers. Viviid has also initiated the development of a large solar park project in the state of Rajasthan, which has one of the highest solar irradiation sites.