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ToggleMoving toward sustainable energy solutions, finding the use of renewable energy sources is the way to go forward. Businesses are investing in green tech like solar, wind, and hydropower to meet global goals by 2030.
The growth in green energy solutions brings environmental benefits, and that boosts our economy. Renewable energy companies are growing in India, especially in terms of solar and wind. Businesses need to train their teams , such as those on renewable energy in India, which are crucial for future leaders of tomorrow.
This blog will explore the 7 top trends in renewable energy shaping our future. We will explore green energy solutions and renewable systems. We’ll also look at the crucial role of sustainable energy companies.
Renewable energy adoption is vital for achieving global sustainability targets by 2030.
Technological innovations are accelerating the affordability and scalability of green energy solutions.
Solar, wind, and hydrogen are leading the transition to a clean energy future.
AI and blockchain are revolutionising how energy is managed and traded.
Upskilling through corporate training is crucial for successful renewable energy implementation.
AITD offers specialised programmes to prepare businesses for the evolving energy landscape.
The renewable energy sector continues to develop with continued learning and reskilling must accompany the frequent regulatory changes and fast technological shifts. Organisations must take a handsome initiative of ensuring that their human resources are well apprised of salient details in clean technologies if they are to prosper and remain sustainable.
These transformations require sustainable energy companies to develop new skills and processes that enhance operational efficiency and ensure viable long-term resilience.
Gradually, India is becoming a large-scale global player in renewable energy capacity, supported by policies, climate commitments, and foreign investments.
The total installed electricity capacity stands at 452.69 GW, of which renewable sources now account for 203.18 GW, or 46.3 per cent of the total capacity.
Solar: 92.12 GW
Wind: 47.72 GW
Large Hydro:
Small Hydro: 5.07 GW
BioPower: 11.32 GW
India is aiming to develop 500 GW of non-fossil capacity by the year 2030, supported by government-led initiatives, viz., production-linked incentives (PLI), solar rooftop schemes, and green hydrogen missions.
Research Insight:
The IRENA says renewable energy will power over 60% of new electricity access worldwide by 2030.Off-grid renewable energy solutions to expand electricity access: An opportunity not to be missed
Advanced photovoltaics are changing the game in the way solar energy is captured with agrivoltaics; the system combines photovoltaic arrays with farming. Therefore, with the utilisation of the land, its use for food production and offering clean energy becomes maximised.
Emerging perovskite solar cells promise more efficiency and less cost than those traditionally based on silicon, this makes solar energy more reachable for businesses and communities.
Wind energy is one of the key players in sustainable sources. Onshore and offshore wind farms are expanding faster. Offshore projects have stronger winds and more energy.
Through the use of new technological developments, and floating wind turbines in particular, these new areas at deeper waters are being made accessible, with the large potential for clean power generation.
Green hydrogen , made from renewable energy, enters the game with this new player on the block; so-called hydrogen, produced from clean sources, helps in reducing carbon emissions in industries. Furthermore, it’s used in various industries like transport, manufacturing, and energy storage.
Green hydrogen in energy strategies could highly reduce the carbon footprints of corporations while moving them into the direction of energy independence.
Distributed energy storage systems are needed to fully leverage the potentials of solar and wind energy. New battery technologies, including solid-state batteries, have greater energy density, better safety, and longer life span.
DESS is a technology stabilising the grid while allowing for the better management of energy use at its point of consumption and thus less dependence on centralised systems.
P2P trading, open book and record renewable energy certificates systems are disrupted by blockchain into energy markets. A community or a business can now buy or sell clean energy with confidence in a direct manner.
Such decentralised systems in this enabling capacity allow the democratisation of energy access while ensuring the integrity of data and trust.
Hydropower remains a major pillar of renewable energy, and new innovations are expanding its reach. Developments in small hydro, tidal energy, and ocean thermal energy conversion (OTEC) offer cleaner, more adaptable solutions suitable for diverse geographies.
These innovations allow industries—especially those near water bodies—to tap into dependable and sustainable energy sources.
Artificial Intelligence is transforming how energy is produced, distributed, and consumed. Through smart grids, predictive maintenance, and data analytics, AI optimises renewable energy usage in real time.
For businesses, AI-driven energy systems reduce waste, enhance performance, and support sustainability targets.
Did You Know?
Cheap electricity from renewable sources could soon power 65 per cent of the world by 2030 and the rest 35% other. Solar and wind energy are leading the way in new markets.
The synergy between EV adoption, solar energy, and smart infrastructure will be at the centre of India’s 2025 green energy story:
EV growth will increase demand for solar charging stations.
Energy storage would help to fill gaps between supply and demand.
Renewable energy will acquire prominence in urban planning, farming, and manufacturing.
Such transformations would assist India in achieving its goal of net-zero carbon emissions by 2070, thereby creating new opportunities across sectors.
The transition to sustainable energy solutions is not just a techno-economic change; it is a change in leadership, workforce skills, and operational ways of working. As we design and integrate solar installations, build hydrogen infrastructure, interconnect EVs to the grid, or implement energy management systems, ESG reporting, and policy compliance, employee skills should evolve accordingly.
At the Amity Institute of Training and Development, we truly feel that the future energy sector belongs to a skill set. Our training solutions have been made for and designed to fill the gaps where the cutting-edge technologies meet workforce training.
Through expert-led sessions, hands-on workshops, and industry-relevant curriculum, AITD helps companies use green energy solutions and sustainable sources of energy.
AITD offers a range of training programmes that cover lots of dimensions for renewable energy solutions, meaning that one learns in a package covering all aspects of the field. This range spans from solar energy to wind power, with the curriculum structure aiding professionals who are equipped with skills to tackle the multiplicity easily.
As a great rapport on current trends, AITD brings into the modules of training the latest news and statistics on renewable energy. Understanding such dynamics is very essential for professionals attempting to contribute to their organisations’ renewable energy targets for 2030.
Our training is led by experts who have real-life experience. It shares experiences on issues facing sustainable energy companies. Trainees thus get the chance to learn how to spot and solve the challenges.
Transitioning to renewable energy is not just about reducing emissions—it’s about building a resilient, efficient, and future-proof business. AITD empowers organisations to adopt clean energy practices through expert training and strategic learning programs.
Ready to move towards a greener future? Reach out to AITD to learn about our tailored training. Become a leader in sustainable energy.