Clean Science And Technology Ltd. Share Price

Petronet LNG: A ₹1,200 Crore Bet On Clean Energy

Saatvik Green Energy unveils efficient solar module at expo.

Saatvik Green Energy Limited launched its advanced bifacial solar module at the Renewable Energy India Expo 2026. The new product delivers a peak power output of up to 670 watts with an efficiency of 24.8 percent. Body Saatvik Green Energy Limited introduced its latest technology statement in Greater Noida. The module uses specialized cell architecture in a double-glass build format. The quarter-cut cell design splits the surface into 264 cells to lower resistive electricity losses. The format minimizes structural hot-spot heating risks to extend the total working life of the equipment. The component system captures solar radiation from both sides of the panel structure. This dual collection raises the total electrical generation output up to 745 watts under standard testing environments. The high wattage lets commercial project developers install more capacity while utilizing fewer total structural panel units. The engineering design lowers overall project installation costs for renewable developers. Using fewer modules reduces expenditures on metal mounting racks, electrical cabling, and total land acquisition requirements. The launch targets a domestic market that is shifting rapidly toward utility-scale, high-capacity generation components. My reasoning focuses on the corporate transition toward higher margin product streams. Upgrading to advanced generation technology shields the firm against low-margin import competition. The combination of hardware manufacturing with engineering and procurement services strengthens client retention rates. This technical capability positions the firm to win larger domestic commercial utility project tenders. I am watching the initial commercial supply contract announcements for this new module series. Close My stance is positive on the long term growth path of this clean energy player. Disclosure No personal holding or financial allocation in Saatvik Green Energy Limited.

Petronet LNG Signs ₹1,200 Crore CBG JV with Gruner

Petronet LNG Limited

NLC India Limited Bags ₹37,000 Cr Odisha Deals

NLC India Limited (NLCIL) has taken a monumental stride toward strategic business diversification by signing multiple Memorandums of Understanding (MoUs) with the Industrial Promotion and Investment Corporation of Odisha Limited (IPICOL). The comprehensive framework establishes high-value ventures spanning clean energy technologies, power generation, and heavy mineral processing, with a total investment footprint exceeding ₹37,000 crore. NLC India is evaluating the technical and economic feasibility of setting up a state-of-the-art coal gasification facility. The project aims to convert domestic coal resources into synthesis gas (Syn-Gas), opening vital linkages for downstream applications in the fertiliser sector as an alternate industrial feedstock. The agreement maps out a dedicated beach sand mineral processing plant backed by a tentative investment of ₹2,000 crore. This facility will focus on extracting high-value resources like ilmenite, rutile, and zircon—essential for aerospace, titanium products, and electronics—and is expected to generate 500 jobs. The largest piece of this expansion is a proposed 3,200 MW ultra-supercritical coal-based thermal power plant consisting of four 800 MW units. Estimated at ₹35,000 crore, this project aims to secure energy demands while creating around 4,000 regional employment opportunities.

NLC India Limited Signs Strategic MoUs : Over ₹37,000 Crore

DHARMESH BHATT (Research Analyst) SEBI Registration No. INH000009685

BHEL loses cloud support as ₹430 turns resistance

Bharat Heavy Electricals Ltd closed near ₹398.65 after a sharp decline from the ₹430 area, shifting the near-term chart from consolidation to caution. The stock is now trading below the visible Ichimoku reference lines clustered around ₹430.40. That level had acted as a balance point through recent weeks, but the failure to hold it has converted the zone into immediate overhead resistance.