
Punjab witnesses all-time high power demand of 16,249 MW amid heatwave
Sweltering heat sweeping across Punjab, coupled with the peak paddy transplantation season, has pushed the state's power demand to an all-time high. On Tuesday, Punjab's electricity demand soared to a record-breaking 16,249 megawatts (MW), surpassing last year's peak of 16,089 MW, recorded on June 29, 2024.
This demand spike has placed immense pressure on the Punjab State Power Corporation Limited (PSPCL). According to the State Load Despatch Centre website of the Punjab State Transmission Corporation Limited (PSTCL), the load graph currently does not display figures beyond 16,000 MW, and it needs to be updated, said V K Gupta, a retired PSPCL engineer.
A senior PSPCL official confirmed that the load had indeed touched 16,249 MW due to the ongoing heatwave and the high irrigation requirements of the paddy sowing season.
If the current weather conditions persist, experts warn that Punjab's power demand could exceed 17,000 MW in the coming days. PSPCL has stated it is prepared to take additional steps, including importing power and optimising local generation, to meet the anticipated surge in demand.
The drawing limit from the northern grid is 10,400 MW, while the state's maximum power availability is approximately 6,500 MW under ideal conditions.
All thermal power units in the state are operational now. In the public sector, the Ropar thermal power plant is generating 680 MW, the Lehra Mohabbat plant 830 MW, and Goindwal 505 MW. In the private sector, the Rajpura thermal power plant is generating 1,325 MW and the Talwandi Sabo plant 1,860 MW. All hydro units, including three units of the Ranjit Sagar dam, are operating in the afternoon.
After an unusually cool start to June, with good rainfall last month keeping temperatures in check, the return of summer heat has caused a sharp rise in temperatures. Punjab witnessed an increase of approximately 3,000 MW in power demand on Tuesday compared to Sunday, marking a significant surge.
In Punjab, the temperature has touched 46.1 degrees Celsius in Samrala (Ludhiana), and in other parts of the state, it ranged from 40.8 to 44.6 degrees Celsius. This heatwave has led to a steep rise in power demand over the last two days.
According to records from PSPCL, the first five days of June saw relatively moderate demand of around 10,500 MW. On Friday, demand rose to just under 12,000 MW; on Saturday and Sunday, it increased to 13,550 MW; and on Monday, it peaked at around 15,600 MW.
Paddy transplantation in Punjab began in a staggered manner between June 1 and June 9, in three phases. Paddy cultivation in the state covers over 30 lakh hectares.
The water level in the Bhakra dam is at 1,556.75 ft, which is 17 ft lower than last year's level of 1,573.76 ft. In the Ranjit Sagar dam, the water level stands at 507.17 m, compared to 507.90 m on the corresponding day last year.

Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles
&w=3840&q=100)

First Post
an hour ago
- First Post
Why you might not to able to lower your AC temperatures below 20°C in India
Union Power Minister Manohar Lal Khattar said on Tuesday that the government is planning to introduce a fixed temperature range for air conditioners. Under the proposed rule, ACs will be set to operate between 20 degrees Celsius and 28 degrees Celsius, which means they cannot cool below 20 degrees Celsius or heat above 28 degrees Celsius. The move aims to help manage energy use in homes and offices, especially as electricity demand rises and heatwaves become more frequent and intense read more The temperature standardisation for ACs will be set between 20°C to 28°C. Image: AI Generated/Representational Air conditioners in India may soon be limited to cooling only up to 20 degrees Celsius and heating no more than 28 degrees Celsius. Union Power Minister Manohar Lal Khattar announced on Tuesday that the government is preparing to bring in a fixed temperature range for ACs. The Centre's new rule will apply to all air conditioners, whether used at home or in workplaces. ALSO READ | How many air conditioners do Indians buy a year? STORY CONTINUES BELOW THIS AD Many countries have already brought in similar limits, either through official orders or public guidelines, especially in offices and public spaces where power use is high. In this explainer, we look at what the government is planning, why this change is coming, what it means for people in India, and how it lines up with rules in other countries. Let's take a look: What is the new plan? How will it work? At a press briefing held in New Delhi, the Union Minister said, 'Regarding air conditioning standards, a new provision is being implemented soon. The temperature standardisation for ACs will be set between 20°C to 28°C, meaning we won't be able to cool below 20°C or warm above 28°C.' 'This is a first-of-its-kind experiment, aiming to standardise temperature settings,' he added. At present, people usually set their air conditioners between 20°C and 22°C. However, the ideal comfort level, according to standard guidelines, is between 24°C and 26°C. The plan will be rolled out shortly, with checks in place to see how well it works. The aim is to encourage consistent use of ACs and cut down the high electricity usage caused by extremely low cooling settings. The Centre's order will fix the temperature range for all air conditioners, whether at home or in businesses. This means that once the rule takes effect, users would not be able to drop the cooling below 20°C or raise the heating past 28°C. Right now, many ACs sold in the market allow temperatures as low as 16°C or 18°C and heating options that go up to 30°C. STORY CONTINUES BELOW THIS AD At present, people usually set their air conditioners between 20°C and 22°C. Reuters/File Photo Under the new rule, manufacturers will have to either update the software or change how the devices are programmed to follow the 20°C–28°C limit. While the government has said the change will be watched closely, details on how it will be enforced across different sectors are yet to be shared. Why did the government take this step? This move is meant to manage how energy is used in homes and offices, especially as India faces growing electricity demand and more frequent, severe heat waves. Union Minister Khattar called it a 'bold step' to tackle the habit of using air conditioners at very low temperatures, which leads to a lot of power being used. The numbers behind the decision are strong. Even a one-degree rise in AC temperature can lower energy use by about 6%. If the country sets the minimum temperature at 20°C, officials believe it could save up to 3 gigawatts of peak demand, Pankaj Agarwal, the ministry's top official, told Hindustan Times. This change also fits into a wider national push for using energy in a more balanced way. As more people from the middle class buy air conditioners and cities grow, electricity use is rising sharply during the summer months. STORY CONTINUES BELOW THIS AD Running ACs at very low temperatures puts huge pressure on the power supply system. The Bureau of Energy Efficiency (BEE) said most people in India tend to set their ACs at 20–21°C, lower than needed for basic comfort. This not only increases power bills but also leads to more pollution, as much of India's electricity still comes from coal-based plants. By setting a lower limit of 20°C for cooling and 28°C for heating, the government wants to make ACs more efficient, reduce the pressure on the electricity grid, lower emissions, and shift how people think about using cooling systems. The aim is not just to change how machines work, but to change how people use them, encouraging smarter, more responsible choices. A study from the University of California, Berkeley, found that tougher energy-saving rules for ACs could help India avoid 60 gigawatts of extra electricity demand by 2035. This could also save up to 7.5 trillion rupees ($88 billion) in the cost of building new power plants and grid systems. STORY CONTINUES BELOW THIS AD This change also fits into a wider national push for using energy in a more balanced way. Reuters/File Photo How will it impact Indian consumers? How much electricity will you save? The Bureau of Energy Efficiency has been pushing for better air conditioning habits for years. Their data shows that raising the AC temperature by just one degree can cut power use by around 6%. That means going from 20°C to 24°C could save up to 24% in energy use. Over the course of one summer, this could lead to much lower electricity bills and take a big load off the power grid. Many people may not realise that cooling a room to 16°C in a hot, humid country like India is unnecessary, and not great for your health. Experts say the best temperature for comfort indoors is between 24°C and 26°C, especially when you account for humidity, fresh air, and regular indoor clothing. These new rules, then, match closely with actual comfort levels. They do not force people to feel too warm; they just push for more sensible, healthier use of air conditioners. What health experts are saying While the move is largely focused on climate and energy concerns, health experts point out that it could also have real benefits for the body, especially during the harsh summer months when many rely heavily on air conditioners for relief. Dr Suranjit Chatterjee, a senior consultant in Internal Medicine at Indraprastha Apollo Hospital, told India Today that setting air conditioners at very low temperatures can interfere with the body's natural ability to manage heat. 'When you're sitting in a very cold environment and then suddenly step outside into 44 or 45 degrees, your body experiences a temperature shock… This transition can trigger colds, fatigue, or even stress the internal organs,' he told the publication. STORY CONTINUES BELOW THIS AD Though the government's guideline fixes the minimum setting at 20°C, Dr Chatterjee advises going a bit higher. For most people, he recommends keeping the AC temperature between 22°C and 24°C. How India's plan compares to global norms India's move to fix air conditioner settings between 20°C and 28°C follows a global pattern where many countries are trying to control indoor cooling to save energy and reduce emissions. Some have made these rules official, while others treat them as strong recommendations. Italy has set a minimum of 25°C for cooling in public buildings like schools and post offices. This step was taken to cut down on energy use and emissions in line with EU climate goals. The Bureau of Energy Efficiency has been pushing for better air conditioning habits for years. Image: AI Generated/Representational In Japan, the Ministry of Environment advises keeping air conditioners at 28°C during the summer, especially in workplaces. Though not a law, this is supported by public awareness drives and is accepted widely in corporate settings. In the United States, there is no fixed rule, but the Energy Star programme suggests keeping air conditioners at 25.5°C (78°F) when people are home. These guidelines are backed by incentives and campaigns led by power companies. China has made it compulsory to set the cooling at no less than 26°C in government offices during summer. Non-compliance can result in penalties, at least in public buildings. Spain took a stronger approach in 2022. It passed a law requiring public places, offices, and commercial buildings to maintain cooling at no lower than 27°C. This was part of a larger plan to cut energy use and address the rising cost of power. STORY CONTINUES BELOW THIS AD Australia does not set limits on thermostat settings. Instead, it focuses on how efficient the AC units are. Through its Minimum Energy Performance Standards (MEPS), only devices that meet energy-saving rules can be sold. While offices and state guidelines often suggest keeping the temperature between 22°C and 24°C, these are not enforced by law. In Belgium, public buildings are required by law to keep cooling at no less than 27°C in summer and heating capped at 19°C in winter. This is part of a national push to use energy more responsibly. Compared to these examples, India's 20°C to 28°C range gives more room for adjustment. While countries like Spain and China focus only on public spaces, India's rule is expected to apply across homes, businesses, and industries. In doing so, India is not only following global trends but also aiming to take it a step further by setting a uniform rule that reaches all users and encourages a long-term shift in how cooling is used. STORY CONTINUES BELOW THIS AD


NDTV
3 hours ago
- NDTV
Delhi Under Orange Alert As Heatwave Pushes Mercury To Climb Further
New Delhi: Delhi continues to reel under an intense heatwave as the India Meteorological Department (IMD) has issued an orange alert for the national capital on Wednesday. With temperatures already touching 36 degrees Celsius at India Gate by 9.30 a.m., the day is expected to bring even more discomfort to residents as the mercury is projected to climb further. The IMD has warned that daytime temperatures in Delhi could reach as high as 45 degrees Celsius, with night-time lows hovering around 29 degrees Celsius, providing little relief even after sunset. The ongoing weather conditions are part of a prolonged heatwave affecting large parts of northwestern India. "Very hot weather conditions are likely to persist over Delhi till at least June 12," the IMD said in its latest bulletin. The extreme temperatures, combined with high humidity levels in certain areas, have pushed the 'feels-like' temperature to around 50 degrees Celsius, making the situation even more challenging for people across the capital. Earlier on Tuesday, Delhi recorded its highest maximum temperature of the season at 43.8 degrees Celsius, which is 3.6 degrees above the seasonal average, as per IMD data. The high temperature and oppressive heat led the IMD to extend its orange alert into Wednesday, urging people to take all necessary precautions, including staying hydrated, avoiding direct exposure to the sun during peak hours, and minimising outdoor activities. The heatwave warning also covers much of northwest India, with the IMD predicting similar conditions to prevail for the next four to five days. Authorities are advising residents, particularly the elderly, children, and those with health conditions, to remain indoors as much as possible and to watch for signs of heat exhaustion and heatstroke. Meteorologists suggest a gradual abatement of the heatwave after June 12, but until then, the capital remains firmly under the grip of extreme summer heat.


India Today
4 hours ago
- India Today
Greenland ice sheet melted 17 times faster than average in historic May heatwave
As Iceland experienced its seven hottest days in May due to global warming, neighbouring Greenland's ice sheet melted 17 times faster than the usual rate during last month's heatwave, the World Weather Attribution said in a new unusual development could trigger a catastrophic chain of events, including changes in ocean currents, accelerated global warming, extreme weather patterns, loss of marine biodiversity, and flooding due to rising sea study focusses on the seven hottest days in Iceland, and the single hottest day in May, recorded in weather stations at the eastern coast of Greenland and Iceland's capital, Reykjavik. In a first, Egilsstadir Airport, located in eastern Iceland, recorded a temperature of 26.6 degrees Celsius, the highest-ever temperature recorded in the month of May for the region. On the other hand, the Ittoqqortoormiit station in eastern Greenland recorded a temperature of 14.3 degrees Celsius on May 19, 13 degrees more than the average daily temperature for the a heat-wave in places accustomed to sustaining harsh winters can prove catastrophic, according to the findings of the report. An unprecedented heatwave, like the one the region experienced last month, can result in flooding, and damage infrastructure like roads and top of that, the breaking of ice caused due to global warming affects the food security and livelihoods of the local communities, dependent on fishing, hunting and travel, added the to changes in ocean currents and warmer seas, cold-water fishes like halibut and other species like shrimps are moving to the report, parts of the region experienced the heatwave due to a flow of warm air from the south, triggered by a high-pressure system near the Faroe Islands in the North Atlantic Ocean (near Denmark) and a low-pressure system south of Cape Farewell, at the southern tip of Greenland. As a result, the area experienced warmer-than-usual weather. Although such events are not unheard of, what made this heatwave different was that it arrived earlier and lasted longer than Watch