By Pankhudi Jha
India’s renewable vitality journey can’t be measured by capability additions alone. Each renewable vitality venture impacts native communities – both positively or negatively. Thus, the vitality transition should be sure that renewable vitality shouldn’t be solely clear but additionally socially inclusive and empowers individuals. To this point, discussions on a “simply transition” in India have largely centered on coal-dependent areas and employees. Nonetheless, renewable vitality additionally wants its personal just-transition method. Photo voltaic parks require huge land, module cleansing requires water, pumped storage tasks (PSPs) and hydro tasks reshape landscapes and water techniques, waste-to-energy (WtE) tasks have their very own environmental impacts and inexperienced hydrogen manufacturing from electrolysers too will rely closely on water consumption.
Therefore, neighborhood engagement has change into key in every of those spheres. Early involvement of native communities helps scale back land conflicts, delays and financing dangers, whereas robust stakeholder engagement has change into an essential indicator of environmental, social and governance (ESG) efficiency, and accountable venture growth.
Renewables’ uptake and neighborhood impression: Two sides of the identical coin
Land stays the most important social problem for renewable vitality. As highlighted in a visitor article in Renewable Watch (April 2026) by researchers from the Chintan Analysis Basis (CRF), utility-scale photo voltaic requires 4-8 acres per MW. Furthermore, attaining India’s internet zero targets might require 50,000-70,000 sq. km for photo voltaic and 1,500-2,000 sq. km for wind. Whereas considerations for the huge scale of land use appear prudent, there may be one other facet to this debate, that’s, public acceptance. Whereas in comparison with a photo voltaic plant a nuclear venture will use a lot much less land to generate the identical quantity of electrical energy; nonetheless, it may be mentioned that communities can be extra prone to settle for a photo voltaic park of their yard relatively than a nuclear plant.
Biodiversity conservation is essential too. Many photo voltaic parks are constructed on “wasteland”, however these areas usually assist grazing, seasonal farming and native livelihoods. Additional, not like coal mining, renewable tasks at present don’t have any obligatory land restoration necessities after decommissioning. As well as, the Supreme Courtroom’s observations within the Nice Indian Bustard case have strengthened the necessity to combine biodiversity conservation into renewable vitality planning, proper from the outset.
Water is one other main concern. Based on the CRF article, greater than half of India’s utility-scale photo voltaic capability is situated in arid and semi-arid areas, the place standard module cleansing consumes 7,000-20,000 litres of water per MW per cleansing cycle. That is driving the adoption of robotic, dry and semi-automatic cleansing strategies. Throughout a subject go to in June 2025 by the Renewable Watch staff to ENGIE’s Raghanesda Photo voltaic Park in Gujarat, it was shared that water shortages pressured the corporate to obtain water from exterior sources and change to semi-automatic cleansing, lowering water use by 75-80 per cent, decreasing diesel prices and soiling losses, thereby bettering income.
Not like wasteland, usually PSPs should be developed in massive forest areas for reservoirs and dams, making forest clearances, environmental impacts and rehabilitation of affected communities main challenges. Balancing quicker venture approvals with biodiversity safety and early engagement with forest-dependent communities have change into crucial for sustainable venture growth within the nation.
Hydropower tasks present clear and dependable electrical energy, whereas additionally supporting irrigation, flood management and water safety, creating long-term advantages for surrounding communities. Nonetheless, they’ve usually confronted native opposition in ecologically delicate areas similar to Kinnaur in Himachal Pradesh, the place the “No Means No” marketing campaign raised considerations over the cumulative impression of a number of tasks on fragile ecosystems, landslide-prone terrain and native livelihoods. Communities might lose farmland, face adjustments in water availability, or be displaced. The Sardar Sarovar Dam additionally witnessed extended conflicts over displacement and rehabilitation, highlighting that compensation alone shouldn’t be sufficient. These challenges could be addressed by way of inclusive planning, truthful benefit-sharing, robust rehabilitation and resettlement insurance policies and steady engagement with the affected communities.
WtE tasks too have each optimistic and adverse impacts on native communities. They assist scale back landfill waste, enhance waste administration, generate clear vitality and create jobs. Nonetheless, these tasks can face opposition if emissions usually are not correctly managed. For instance, the Okhla WtE plant in Delhi has seen protests from close by residents over considerations about air air pollution, foul odour and well being impacts. Thus, robust emission management techniques, common monitoring and open communication with native communities are important for the profitable operation of WtE tasks.
Microgrid tasks clearly present how neighborhood engagement can drive each social and industrial advantages. Not like utility-scale tasks, they supply electrical energy on to shoppers, making reliability and belief important. Though photo voltaic microgrids usually price greater than grid electrical energy, they assist companies proceed working throughout frequent energy cuts, extending working hours, thus bettering productiveness. A number of firms together with TP Renewable Microgrid Restricted, Husk Energy Methods and OMC Energy are utilizing photo voltaic microgrids to energy micro, small, and medium enterprises throughout Uttar Pradesh, Bihar and Jharkhand, serving to scale back diesel use and enhance enterprise productiveness.
Throughout a Renewable Watch subject go to in June 2022 to OMC Energy’s minigrids in Hardoi, Uttar Pradesh, it was noticed that dependable electrical energy was supporting small companies similar to bakeries, pharmacies, banks, tailoring retailers and {hardware} shops. The go to additionally highlighted how OMC’s Anchor-Enterprise-Group mannequin offers dependable energy to households and native enterprises, creating new livelihood alternatives, particularly for girls and rural entrepreneurs.
Total, experiences throughout renewable applied sciences present that tasks succeed when neighborhood participation, environmental stewardship and financial growth advance collectively.
Balancing neighborhood pursuits
Main renewable vitality firms are more and more making neighborhood growth a core a part of their enterprise technique. Tata Energy goals to positively impression 80 million lives by 2027, operates 21 cellular medical models serving over 500,000 individuals yearly, and has skilled greater than 340,000 youth by way of the Tata Energy Ability Improvement Institute. In FY 2025-26, the corporate invested Rs 1,005.4 million in company social duty initiatives, benefiting over 5.2 million individuals throughout greater than 100 areas, together with over 20 aspirational districts, whereas supporting over 3,000 neighborhood establishments.
A number of different huge corporates together with ReNew and Adani Inexperienced Vitality have additionally built-in watershed growth, digital training, ladies’s self-help teams, biodiversity conservation, grievance redressal and ability growth into their tasks, strengthening neighborhood partnerships and long-term ESG efficiency.
Nonetheless, neighborhood engagement stays intently linked to one of many sector’s largest challenges, that’s, land acquisition. Builders face rising land acquisition challenges as competing bids usually inflate land costs and create unrealistic expectations amongst farmers. Speculative pricing and extended negotiations delay tasks, enhance prices and complicate land aggregation. Maybe clear session, native employment and efficient grievance redressal throughout the venture life cycle might help builders navigate this problem. Annual leasing fashions, village infrastructure funding and, going ahead, neighborhood growth funds or revenue-sharing mechanisms can flip communities into real long-term stakeholders.
The best way ahead
India’s clear vitality transition should now focus as a lot on communities as on capability addition. Clear land acquisition, truthful rehabilitation, long-term neighborhood advantages and stronger environmental safeguards ought to change into normal practices. Applied sciences similar to agrivoltaics and robotic dry cleansing, might help scale back environmental impacts, whereas peer-to-peer vitality buying and selling can allow communities to generate, share and commerce surplus renewable electrical energy, creating new native revenue streams and bettering vitality entry.
Wanting forward, rising sectors will carry new alternatives in addition to social challenges. Ethanol mixing can create further revenue for farmers and generate rural employment, however it might additionally enhance strain on agricultural land, water sources and meals crops. Inexperienced hydrogen tasks can drive industrial progress and create expert jobs, however large-scale electrolyser amenities might compete for scarce water sources, affecting communities in water-stressed areas. Making certain that native communities profit by way of employment, infrastructure growth and clear engagement can be important for the long-term success of those rising vitality sectors.
