Tata Power’s EcoCrew Engages 3 Lakh Students, Fuels India’s Largest Energy Literacy Movement

In yet another pioneering initiative to bring alive its commitment to India’s energy transition and to fast track the adoption of solar energy, Tata Power has created new benchmarks with its EcoCrew program - India’s largest Energy Literacy Movement.

Reaching almost 3 Lakh students in 1000+ schools across Uttar Pradesh and Uttarakhand, the program sensitised students to the impact of global warming and climate change and educated them on adoption of solar energy for their homes as an easy and affordable alternative solution.

The program has not only created legions of EcoCrew who are BFFs of Nature and true ambassadors of sustainability in their communities, but also helped the cause of making Uttar Pradesh and Uttarakhand the 3rd largest adopters of rooftop solar under the PMSGY with 3.14 lakh installations to date amounting to 1.1 GW.

The EcoCrew movement has travelled 24 cities over the last 12 months, cumulating more than 50,000 minutes of interactive on-ground learning and close to 1,50,000 minutes of online engagement. Students learnt about clean energy alternatives, solar energy and energy conservation. They pledged to become change makers in their homes, communities and neighbourhoods.

Students also participated in energy audits, creative competitions, and a 21-day gamified online sustainability challenge, encouraging measurable planet-friendly actions both at school and at home. Tata Power’s sustainability buddy Globey brought alive the need for each of us taking small actions every day to make a big change for planet Earth.

The top schools and students who actively championed and engaged with the initiative are all set to be felicitated and celebrated at 5 mega finale events over the next 2 weeks in Lucknow, Varanasi, Agra, Gorakhpur and Meerut.

Today, Uttar Pradesh stands among India’s top 3 states in rooftop solar adoption, with 2.6 lakh installations and a total installed capacity of 901.42 MW. This rapid progress has been enabled by the dual subsidy structure, combining Central and State incentives — with up to ₹78,000 from the Central Government and ₹30,000 from UPNEDA — making solar adoption more accessible and affordable for households. In alignment with the Government’s clean energy vision and to further accelerate rooftop solar adoption, Tata Power has also been promoting its ‘GharGharSolar’ initiative — first launched in Varanasi last year — to drive large-scale awareness and installation of residential rooftop solar systems under PMSGY.

The journey of EcoCrew in Uttar Pradesh marks the beginning of a larger national mission. Tata Power plans to expand the initiative across multiple states, reaching millions of students in the coming years to build a foundation of energy literacy, climate responsibility, and accelerate solar readiness.

By nurturing a generation of informed and responsible young citizens, Tata Power is strengthening India’s roadmap to energy independence, in line with the national vision of Atmanirbhar Bharat and the clean energy goals of the PM Surya Ghar Yojana.

India's Scorching Reality: The Heat Wave and the Vanishing Forests

India is in the grip of an unrelenting heat wave, a crisis that is no longer just a seasonal inconvenience but a direct consequence of climate change. With temperatures soaring beyond historical records, the country is witnessing a twofold increase in heatwave days, particularly in major cities like Mumbai, Chennai, Delhi, and Hyderabad. The rising heat is not just about discomfort—it is triggering erratic rainfall patterns, intensifying droughts, and pushing ecosystems to their limits.

The Climate Connection

Scientific studies confirmed that India has seen a 15-fold increase in extreme heat wave days over the last three decades, with the last decade alone witnessing a 19-fold surge. The monsoon season, once a reliable relief, is now behaving unpredictably, with extended summer-like conditions persisting even during rainy months. Experts warn that heat waves may soon extend into monsoon months, creating a dangerous mix of high temperatures and humidity.

The Silent Catastrophe: Forest Loss

While the heat wave dominates headlines, another crisis unfolds quietly—India’s disappearing forests. Over the past five years, the country has lost 668,400 hectares of forest, ranking second globally in deforestation. The destruction is driven by urban expansion, infrastructure projects, and agricultural demands. Alarmingly, 95% of tree cover loss in India from 2013 to 2023 occurred within natural forests, meaning these losses are not just temporary but permanent.

The consequences of this deforestation are dire. Forests act as natural carbon sinks, absorbing greenhouse gases and regulating temperatures. Their destruction exacerbates climate change, making heat waves even more intense and frequent. The loss of tree cover also disrupts rainfall patterns, leading to water shortages, soil degradation, and biodiversity collapse.

What Lies Ahead?

India is at a crossroads. The heat waves will only worsen if deforestation continues unchecked. Experts advocate for climate risk observatories to provide real-time assessments and early warnings. Additionally, heat-index insurance policies are emerging to help vulnerable populations cope with financial losses due to extreme weather.

But these measures alone are not enough. India must prioritize forest conservation, enforce stricter environmental regulations, and accelerate its transition to sustainable energy sources. The heat wave is not just a seasonal anomaly—it is a warning. If ignored, the consequences will be irreversible.

Highest Temperatures in India (Last 15 Days)

Temperature Records (°C)

City/Region	Temperature (°C)	Date Recorded
Mungeshpur, Delhi	52.3°C	29 May 2024
Phalodi, Rajasthan	51.0°C	Recent Days
Sirsa, Haryana	50.3°C	Recent Days
Gwalior, Madhya Pradesh	48.0°C	Recent Days
Narela	47.9°C	Recent Days
Rohtak, Haryana	47.7°C	Recent Days
Churu, Rajasthan	47.4°C	Recent Days
Bikaner, Rajasthan	47.0°C	Recent Days

Note: These temperature records are based on reported data from the last 15 days. The data may be updated as new records come in.

The question remains: Will India, Indians and India's central & state governments act before it’s too late?

Scientists Surprised As India Saw Hottest February Since 1877, April-May Will Be Severe

This year, the month of February was the hottest in India since 1877 and the average maximum temperature was recorded at 29.54 C. The Meteorological Department provided this information, linking it to Global Warming and climate change. Scientists are also surprised by this change. India Meteorological Department (IMD) said that temperatures in most parts of the country are expected to be higher than the normal, while the southern peninsula and parts of Maharashtra are likely to survive harsh weather conditions.

SC Bhan, Scientist & Head of IMD's Hydromet and Agromate Advisory Services, said in a virtual press conference that Lu's chances are low in March, but most parts of the country m experience extreme weather conditions in April and May.

Probability forecast of season March to May 2023 (Image - mausam.imd.gov.in) 

In response to a question linking the developments to Global Worming, Bhan told reporters that the monthly average maximum temperature was the highest in February this year since 1877.

Asked whether high temperatures are a sign of climate change, Bhan said that the whole world is in a period of global warming. We are living in a hot world!

This year, the average maximum temperature in Delhi was recorded at 27.7 ° C in February and this is the highest temperature in February this year, for the third time in the last 63 years.

"During the upcoming hot weather season [March to May (MAM)] , above normal maximum temperatures are likely over most parts of northeast India, east and central India and some parts of northwest India. Normal to below normal maximum temperatures are most likely over remaining parts of the country, " said a recent press release by IMD. 

The figure illustrates the most likely categories as well as their probabilities. The dotted less rainfall and the whitea rea show n in the map climatologically receives very shaded areas within the land areas represent climatological probabilities. ( * Tercile categories have equal climatological probabilities, of 33.33% each ).

Tackling global warming? Apply for the Keeling Curve Prize by Feb. 10

$25,000 goes to each of 10 winning projects that reduce greenhouse gas emissions or promote carbon uptake

ASPEN, Colo., Jan. 19, 2021 /PRNewswire/ -- The deadline is fast approaching to apply for the 2021 Keeling Curve Prize, which will award $25,000 to each of 10 projects designed to reduce greenhouse gas emissions or increase carbon uptake. The prestigious competition is open until Feb. 10 to applicants from around the world. 

Previous winners have fixed carbon into stone in Iceland, produced biofuels in Kenya, and helped corporations around the world set and achieve emissions goals.

"Each year, the Keeling Curve Prize laureates inspire us with creative, practical approaches to reducing Earth's greenhouse gas burden and staving off the worst effects of global warming," said Jacquelyn Francis, executive director of the Keeling Curve Prize and the organization that administers it, the Global Warming Mitigation Project. "Our goal is to shine a spotlight on these solutions and accelerate their development."

The 2021 Keeling Curve Prize application period closes at midnight GMT on Feb. 10. Francis says the application, which can be found at https://www.globalwarmingmitigationproject.org/apply, is intentionally straightforward and can be completed in a matter of a few hours.

Prizes will be awarded to two projects in each of the following five categories: 

Capture & Utilization – Activating and accelerating natural or human-made systems for carbon capture, utilization and sequestration; 

Energy – Decarbonizing energy, supporting zero-carbon energy, or leading the way in the supply, distribution, access, infrastructure, or improvements of low- or zero-emissions energy systems;

 
Finance – Making the economics or financial mechanisms work for heat-trapping gas reduction or reversal ventures; 

Social & Cultural Pathways – Changing the way people consider, understand, and act on humanity's impacts affecting the livability of planet Earth; and 

Transport & Mobility – Reimagining and reinventing all types of vehicles, fuels, and mobility options for both people and products.

The growing Global Warming Mitigation Project recently expanded its leadership. Andrei Ruckenstein, Ph.D. — physics professor, vice president and associate provost for research at Boston University — has been named to the organization's board of directors. Marilyn Waite of the William and Flora Hewlett Foundation has been named to the Keeling Curve Prize's advisory council. And Valorie Aquino, former national co-chair and organizer of the world's first March for Science, has joined the staff as program and development director.

The Keeling Curve Prize is named after scientist Charles David Keeling's iconic graph showing a sharp increase in the concentration of carbon dioxide in the Earth's atmosphere since the 1950s.

Keeling Curve Prize finalists and winners are chosen by a panel of esteemed judges including Achala Abeysinghe, Ph.D., of the International Institute for Environment and Development; Dr. Brenda Ekwurzel, Ph.D., of the Union of Concerned Scientists; Paul Holthus, World Ocean Council; Kara Hurst, Amazon; Edward Mungai, Kenya Climate Innovation Center; and Robin Newmark, National Renewable Energy Laboratory.