Friday, 6 November 2026
This clear diagram compares all major energy sources in a side-by-side table, highlighting key advantages, disadvantages, and real-world examples. It's perfect for classroom posters, study guides, and sustainability presentations. Save this ready-to-use chart for your next lesson or project.
This clear diagram compares all major energy sources in a side-by-side table, highlighting key advantages, disadvantages, and real-world examples. It's perfect for classroom posters, study guides, and sustainability presentations. Save this ready-to-use chart for your next lesson or project.
This classroom-ready chart clearly compares solar, wind, hydroelectric, geothermal, and biomass energy. It breaks down key advantages and disadvantages for each source, helping students evaluate sustainability, cost, and environmental impact. Perfect for posters, study guides, and science fair projects.
This classroom-ready chart clearly compares solar, wind, hydroelectric, geothermal, and biomass energy. It breaks down key advantages and disadvantages for each source, helping students evaluate sustainability, cost, and environmental impact. Perfect for posters, study guides, and science fair projects.
☀️ SOLAR PV STRING VOLTAGE CALCULATION
☀️ SOLAR PV STRING VOLTAGE CALCULATION
Learn how to calculate the total operating voltage (Vmp) and open-circuit voltage (Voc) of a solar PV string connected in series! ⚡
🔹 Given Data:
• Number of Solar Panels = 12
• Module Vmp = 41 V
• Module Voc = 49 V
🔹 Calculation:
• String Vmp = 12 × 41 = 492 V
• String Voc = 12 × 49 = 588 V
✅ Final Result:
• Operating Voltage = 492 V
• Open-Circuit Voltage = 588 V
💡 Engineering Note:
In a series-connected PV string, voltage increases while current remains the same. Always check the maximum inverter DC input voltage against the temperature-corrected maximum string Voc, especially under low-temperature conditions.
⚠️ Actual PV system design must consider module datasheets, temperature coefficients, inverter limits and applicable electrical standards.
#SolarPV #SolarEnergy #SolarPanel #PVSystem #SolarCalculation #RenewableEnergy #SolarEngineering #ElectricalEngineering #SolarInverter #GreenEnergy
Thursday, 5 November 2026
High-Voltage Transmission Line Components and Their Functions https://forumelectrical.com/power-swing-in-transmission-systems/
Every component of an overhead high-voltage transmission line serves a specific electrical or mechanical purpose to ensure reliable and safe power transmission.
Transmission Tower: Supports conductors and associated line equipment.
Cross Arms: Maintain phase-to-phase and phase-to-tower clearances.
Conductors: Carry electrical power between substations.
Insulator Strings: Provide electrical insulation and mechanical support for conductors.
Tower Body: Withstands mechanical loads, wind forces, and conductor tensions.
Tower Foundation: Transfers structural loads safely to the ground.
Earth (Shield) Wire: Protects phase conductors against direct lightning strikes.
Earthing System: Provides a grounding path for lightning and fault currents.
Spacers: Maintain separation between subconductors in bundled conductor systems.
Vibration Dampers: Reduce wind-induced aeolian vibrations in conductors.
Right of Way (ROW): Maintains the required corridor for electrical clearances, safety, and maintenance.
Understanding these components is essential for transmission line design, installation, inspection, and maintenance.
#ElectricalEngineering #HighVoltage #TransmissionLine #PowerTransmission #TransmissionTower #OverheadTransmissionLine #PowerSystem #ElectricalInsulation #BundledConductors #EarthWire #ShieldWire #VibrationDamper #TransmissionEngineering #GridInfrastructure #PowerGrid #ElectricalSafety #SubstationEngineering #PowerSystemProtection #ElectricalMaintenance
https://forumelectrical.com/power-swing-in-transmission-systems/
🌱 THE COLOR OF SOIL TELLS A LOT! 🌍
🌱 THE COLOR OF SOIL TELLS A LOT! 🌍
Did you know that soil color can reveal valuable information about its organic matter, drainage, aeration, and fertility?
Different soil colors provide useful clues about soil conditions:
🖤 1. BLACK SOIL
High organic matter (humus).
High fertility potential.
Good biological activity and soil structure.
🤎 2. DARK BROWN SOIL
Good organic matter content.
Generally good fertility.
Balanced nutrient and water conditions.
🧡 3. RED SOIL
Contains iron oxides (hematite).
Generally good drainage and aeration.
Fertility ranges from moderate to high.
💛 4. YELLOW SOIL
Contains hydrated iron oxides (goethite).
May indicate imperfect drainage or excess moisture.
Fertility can vary.
🩶 5. GREY / BLUISH SOIL
Often associated with reduced iron under oxygen-deficient conditions.
May indicate poor drainage and waterlogging.
Can create challenges for crop growth.
🔬 IMPORTANT: Soil color provides preliminary information, not a complete fertility assessment. Always conduct soil testing to determine nutrient availability, soil pH, and overall soil health.
🌾 Remember: Healthy soil is the foundation of healthy crops and sustainable agriculture!
💬 QUESTION FOR FARMERS & AGRICULTURE STUDENTS:
What does dark black soil generally indicate about organic matter and biological activity?
Share your answer in the comments! 👇
🌱 Gulab Orchard – Growing Knowledge, Growing Agriculture!
#SoilScience #SoilHealth #SoilFertility #SoilColor #SoilTesting #OrganicMatter #Humus #SoilBiology #Agriculture #SustainableAgriculture #CropProduction #AgricultureEducation #GulabOrchard
The Equator Principles Version 4 (EP4) is an updated financial industry benchmark and risk management framework—effective since October 1, 2020—that financial institutions use to identify, assess, and manage environmental and social (E&S) risks in project-related financing.
The Equator Principles Version 4 (EP4) is an updated financial industry benchmark and risk management framework—effective since October 1, 2020—that financial institutions use to identify, assess, and manage environmental and social (E&S) risks in project-related financing.
Key Scope and Thresholds
EP4 applies globally across all industry sectors for five specific financial products:
• Project Finance Advisory Services: Total capital costs of US$10 million or more.
• Project Finance: Total capital costs of US$10 million or more.
• Project-Related Corporate Loans: Aggregate loan amount of US$50 million or more, tenor of at least 2 years, and majority related to a project where the borrower has effective operational control.
• Bridge Loans: Tenor of less than 2 years.
• Project-Related Refinance and Acquisition Finance: Applicable before project completion.
Major Changes and Additions in EP4
• Human Rights: Mandates structured human rights due diligence aligned with the UN Guiding Principles on Business and Human Rights, and requires project-affected worker and community grievance mechanisms for Category A and appropriate Category B projects.
• Climate Change Risk Assessment: Requires climate risk assessments for Category A and Category B projects, as well as any project with combined annual Scope 1 and Scope 2 emissions exceeding 100,000 tonnes of CO₂ equivalent. This evaluates both physical risks (climate impacts on the project) and transition risks (shifts to a low-carbon economy), plus consistency with Paris Agreement climate commitments. Annual greenhouse gas reporting is also required.
• Indigenous Peoples: Strengthens requirements around Free, Prior, and Informed Consent (FPIC) for specific impacts, evaluated through independent consultants.
• Designated Countries Shift: Eliminates automatic assumptions of compliance for projects in high-income OECD ("Designated") countries. Lenders must now evaluate whether specific E&S risks in these countries require application of IFC Performance Standards alongside local laws.
Equator Principles
The Equator Principles_EP4_July2020
EP4 (July 2020): Financial industry benchmark managing environmental/social risks in Projects. Scope thresholds: * Advisory Services/Project Finance: US$10M+ ca...
A SAFETY MANAGEMENT SYSTEM THAT DOES NOT IMPROVE IS A SYSTEM WAITING TO FAIL! ⚠️
A SAFETY MANAGEMENT SYSTEM THAT DOES NOT IMPROVE IS A SYSTEM WAITING TO FAIL! ⚠️
Have you ever wondered why some organisations experience repeated accidents despite having safety policies, procedures and trained personnel?
The answer may lie in their failure to practise CONTINUOUS IMPROVEMENT.
One of the most important principles of ISO 45001 and ISO 14001 is the PDCA Cycle.
🔵 1. PLAN – Identify hazards, assess risks, establish objectives and determine the necessary controls and resources.
🟢 2. DO – Implement the controls, train workers, communicate procedures and execute safe work practices.
🟠 3. CHECK – Conduct inspections, audits, monitor performance, investigate incidents and evaluate safety KPIs.
🟣 4. ACT – Correct root causes, implement corrective actions, learn lessons and improve the management system.
But there is something else every HSE professional must understand:
DON'T JUST MEASURE ACCIDENTS. MEASURE PREVENTION!
There are two important performance indicators:
LEADING INDICATORS (BEFORE AN INCIDENT)
Property damage.
Environmental incidents.
Days lost due to accidents.
Remember:
A workplace recording ZERO accidents is not necessarily a safe workplace.
Sometimes, the warning signs are present, but nobody is measuring them.
A strong safety culture does not wait for an accident before taking action. It identifies weaknesses, learns continuously and prevents recurrence.
🔥 YOUR TURN:
Which of these four stages do you think organisations neglect the most?
PLAN
DO
CHECK
ACT
Drop your answer in the comment section.
#HSE #ISO45001 #ISO14001 #SafetyManagement #ContinuousImprovement
BRE Summit & Expo 2026 Reinforces India’s Position as a Major Global Force in Renewable Energy: Union New & Renewable Energy Minister Shri Pralhad Joshi
BRE Summit & Expo 2026 Reinforces India’s Position as a Major Global Force in Renewable Energy: Union New & Renewable Energy Minister Shri Pralhad Joshi
Ministry of New and Renewable Energy
BRE Summit & Expo 2026 Reinforces India’s Position as a Major Global Force in Renewable Energy: Union New & Renewable Energy Minister Shri Pralhad Joshi
The Summit reinforces India's position as a resilient clean-energy economy, an attractive investment destination and a global partner for sustainable development: Shri Joshi
Posted On: 05 NOV 2026 5:19PM by PIB Delhi
India has emerged as a major global force in renewable energy, with the world taking notice of its progress and growing ambitions, said Union Minister for New and Renewable Energy, Education and Consumer Affairs, Food and Public Distribution, Shri Pralhad Joshi, while addressing the media at the conclusion of the Bharat Renewable Energy (BRE) Summit 2026 here today.
He said that Bharat Mandapam had brought together global policymakers, investors, industry leaders and innovators from across the world. With participation from more than 135 countries, the Summit emerged as one of India's largest global platforms for renewable energy. He noted that this was the first time that three important events in the renewable energy sector had been held together, with overwhelming participation from domestic and international stakeholders demonstrating global confidence in India's renewable energy growth story.
The Summit was inaugurated by the Hon’ble Prime Minister on 2nd November 2026. In his address, the Prime Minister highlighted the strategic importance of India's sustained investments in renewable energy in strengthening the country's resilience to global disruptions, arising from COVID-19 pandemic and the West Asia crisis. He observed that India’s investment in the renewable energy sector has largely shielded the country from these disruptions.
The Prime Minister underscored that India's renewable energy journey is not only transforming its domestic energy landscape but also generating solutions and experiences that can benefit the world. Emphasising India's commitment to sharing its innovations and achievements with humanity, he highlighted the potential of India's clean energy success to support the energy transition in countries across the world. Calling for greater participation in the clean energy innovation ecosystem, the Prime Minister invited startups, IITs, innovators and entrepreneurs to develop solutions and business models through which an increasing number of household energy requirements can be met using clean energy.
Organised from 2nd-5th November, the four-day summit brought together global policymakers, industry leaders, investors, technology providers, researchers, startups and international institutions on a common platform to advance the clean energy transition. The Summit witnessed strong participation with over 75000 visitors, 400 plus exhibitors and more than 627 speakers across 113 sessions, with representation from 135 countries with about 800 delegates, including the Partner countries, ISA members, International Organisations, and Diplomatic Missions located in India. High-level ministerial participation included 32 international Ministers, 6 Chief Ministers and 10 State Energy Ministers, reflecting strong engagement from both national and sub-national stakeholders.
By bringing together policymakers, investors, industry, research institutions, startups and international development partners, the Summit has strengthened confidence in India's clean energy market and helped translate national and global ambitions into a forward-looking agenda for implementation.
The summit highlighted that India's clean energy policies and democratisation of the energy transition, decoupling economic development from fossil-fuel emissions. India has accelerated its energy transition in the last few years, with more than a quarter of India's annual electricity consumption coming from renewable energy sources in the last financial year. India's experience proved that sustained investments in renewable energy, supported by enabling and stable policy regime, institutional reforms and technology innovations, can strengthen energy security while supporting economic growth.
A major outcome of the Summit was the strong confidence expressed by domestic and international investors in India's clean energy investment opportunity. To achieve the national target of 500 GW of non-fossil fuel capacity, India requires investments of approximately USD 220 billion. Discussions during the Summit showed that the availability of capital is not a constraint, with investors expressing positive interest in India's long-term clean energy growth prospects, extending well beyond the immediate 2030 requirements.
Importantly, investor participation extended beyond traditional strategic investors to include pension funds, institutional investors, and providers of long-term patient capital, reflecting the growing depth of India's clean energy financing ecosystem.
The deliberations highlighted the importance of bankable power purchase agreements, predictable offtake arrangements, clearer risk allocation and deeper bond markets. The role of new instruments like Infrastructure Investment Trusts (InvITs) and blended finance in mobilising capital at scale was also discussed.
The Union Minister of New & Renewable Energy held several high-level engagements during the Summit, including a CEO level clean energy Investment Roundtable wherein the Chief Ministers, State Energy Ministers, Senior Government officials and Industry leaders participated. The round table identified priorities for turning renewable energy ambition into delivery. These include synchronised planning of generation, transmission, storage and demand centres, and greater certainty in land, approvals and execution. Besides this, he held bilateral meetings with the French Minister Delegate of Ecological Transition and Denmark's Minister for Business and Competitiveness. The leaders discussed the issues of common interest and that of global energy scenarios. The Summit also provided platform to more than 100 Business-to-Business (B2B) meetings that were held on the sidelines which provided businesses with opportunities for partnerships and collaboration.
The Summit's deliberations reflected the evolution of India's clean energy agenda from expanding installed renewable energy capacity towards building a reliable, flexible and integrated power system. With rising electricity demand from industry, cooling, electric mobility and data centres, the next phase of the transition will require greater emphasis on energy storage, transmission infrastructure, grid flexibility, ancillary services, forecasting, demand response and green open access.
Energy storage emerged as one of the most important near-term priorities. Discussions also emphasised the need to align storage and transmission planning with renewable energy procurement and emerging demand centres, while strengthening institutions, grid management, and modern AI-based systems to forecast wind and solar generation. New contracts and technical designs like Round-the-clock Renewable Energy and Firm and Dispatchable Renewable Energy (FDRE), including the globally competitive rate of Rs. 5.25/ unit discovered in the recent SECI tender, were also discussed. It attracted a huge interest from the foreign delegates and policymakers.
The Summit also highlighted the growing importance of green procurement in enhancing industrial competitiveness, supporting exports and accelerating industrial decarbonisation. It also highlighted the growing interest in the transition from petro-economy, dependent on fossil fuels, to electro-economy, based on independent electrical power systems.
Deepening India's domestic clean energy manufacturing ecosystem was another major focus of BRE Summit & Expo 2026. Discussions emphasised the need to move beyond assembly towards domestic manufacturing of materials, components, equipment and advanced technologies, supported by shared laboratories, pilot manufacturing lines, demonstration facilities and testing and certification infrastructure.
The Summit brought together stakeholders working across next-generation solar technologies, perovskite cells, recyclable wind turbine materials, long-duration energy storage, electrolysers, fuel cells, artificial intelligence use cases in renewable energy and floating solar.
The Summit placed particular emphasis on connecting research and innovation with commercial deployment. Public procurement, field demonstrations, testing and certification infrastructure and collaboration between industry and research institutions were identified as important instruments for accelerating the commercialisation of Indian technologies.
Youth participation and entrepreneurship were integral to the innovation agenda. The Summit saw strong participation of more than 300 startups across growth and early stage in the RE Hackathon. Strong participation across youth from IIT/Universities/Colleges/schools was also seen in the RE GEN Challenge. The innovation ecosystem in the expo featured 70 startup pods, 40 academic posters and 10 research papers, bringing together young talent, researchers, and entrepreneurs to contribute to India's emerging clean energy technology ecosystem.
The Fourth International Conference on Green Hydrogen provided an important platform for advancing India's green hydrogen ambitions, with discussions focusing on the development of dependable domestic demand, long-term offtake arrangements, export opportunities, standards & certification, testing and safety frameworks.
An important commercial development was the signing of an MoU between Solar Energy Corporation of India (SECI) and Power2X, from Rotterdam to advance the supply and offtake of green molecules from India to international markets. The first tranche indicated a potential volume of 3 lakh tonnes per annum of green methanol, reflecting the growing opportunities for India in emerging global green molecule markets.
The Ninth Session of the ISA Assembly marked an important milestone in international solar cooperation. The Assembly considered the Director General's Report for 2026, the Workplan and Budget for 2027, audited accounts for 2025 and proposals relating to Partner Organisation status for the African Union, COMESA, SELCO, SNV and the All India Discoms Association.
A major international announcement was the proposed USD 200 million Africa Solar Facility under the ISA, aimed at facilitating greater access to finance and accelerating solar deployment across African countries. Discussions identified project aggregation, blended finance, patient capital, local-currency financing and payment-risk mitigation as important instruments for mobilising investment. The Africa50 Distributed Renewable Energy Fund and Nigeria DRE Fund were highlighted as financing models. The Africa50 DRE Fund is designed to address investment barriers associated with smaller DRE projects, including project-level and payment risks, through a combination of regional and global financing structures. The Francophone and Sahel Energy Resilience Initiative was also highlighted, focusing on solar-plus-storage solutions for critical power requirements, rooftop solar for public facilities and productive-use solar for agriculture and livelihoods.
Drawing upon India's experience in solarising agricultural pumps, the ISA also advanced its ambition of deploying one million solar pumps globally. The ISA Small Island Developing States (SIDS) Platform aims to facilitate up to 500 MW of solar capacity across SIDS by 2030. The SUNRISE photovoltaic and battery circularity network has expanded to 35 countries.
These initiatives reflect India's approach of combining domestic experience, technology, financing, capacity building and implementation capabilities to support the clean energy aspirations of the Global South.
The Summit saw the launch of the ISA Academy and the Global Capability Centre – SHINE, aimed at strengthening capacity building, digital learning, and cooperation in grid-related areas. A total of 10 MoUs and Framework Agreements were signed during the Summit, expanding cooperation across technology, research, capacity building, manufacturing and project implementation.
Framework Agreements were signed by ISA with Breakthrough Energy Ventures, the India Energy & Climate Center at the University of California, Berkeley, and Schneider Electric Foundation. MoUs were signed by ISA with Shakti Pumps (India) Limited and Railway Energy Management Company Limited, among other partnerships announced during the Summit.
The BRE Summit & Expo 2026 also strengthened the knowledge and evidence base of India's renewable energy ecosystem through the release of 37 reports, assessments, guidebooks and digital platforms.
The publications released at the event cover policy, manufacturing, deployment, skilling and safety, and should strengthen the renewable energy ecosystem on each of these fronts. Ease of Doing Solar and the Renewable Energy State Assessment Framework (RE-SAF) give policymakers and states a common basis for benchmarking progress and identifying barriers. The National Hydrogen Survey adds to this for the green hydrogen sector. The studies on solar manufacturing, wind indigenisation and battery electrolyte show where domestic capacity gaps remain and where industry can build supply chains. The Skilling Blueprint for the top 100 RE districts links workforce readiness to deployment. Taken together, these publications should give investors, developers, utilities and state agencies clearer evidence to plan and decide on. They should also improve coordination between government, industry and development partners, and support India’s push for domestic manufacturing and faster deployment.
The Summit reaffirmed India's commitment to achieving its clean energy goals while contributing to global energy security, sustainable development and climate action. It also demonstrated that India's renewable energy journey is increasingly defined not only by the scale of capacity addition, but by its ability to develop integrated energy systems, attract long-term investment, foster innovation, strengthen domestic manufacturing and share successful solutions with the world.
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NS/ RS/ LL
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Environmental commitments are catalysts for India’s development, not hindrances to growth: Vice-President
Vice President's Secretariat
azadi ka amrit mahotsav
Vice-President addresses Valedictory Session of Bharat Renewable Energy Summit & Expo 2026 in New Delhi
Environmental commitments are catalysts for India’s development, not hindrances to growth: Vice-President
India has answered global doubts by demonstrating that economic growth and reduced fossil fuel dependence can go hand in hand: Vice-President
India’s renewable energy transformation offers an inspiring model for the Global South: Vice-President
Clean energy transition must become a people’s movement, creating economic opportunities and household prosperity: Vice-President
Posted On: 05 NOV 2026 2:43PM by PIB Delhi
The Vice-President of India, Shri C. P. Radhakrishnan, today said that India’s remarkable progress in renewable energy demonstrates that environmental commitments are not a hindrance to economic growth but a catalyst for the country’s development journey.
Addressing the Valedictory Session of the Bharat Renewable Energy Summit & Expo 2026 at Bharat Mandapam, New Delhi, the Vice-President highlighted India’s achievements in the renewable energy sector, its commitment to sustainable development and the transformative role of clean energy in empowering households, farmers and communities across the country.
Recalling the doubts about whether a developing country of India’s size could sustain rapid economic growth while reducing its dependence on fossil fuels, the Vice-President said that India had answered these doubts through its achievements.
He highlighted that India’s non-fossil fuel-based installed capacity has crossed 300 gigawatts and that the country achieved 50 per cent of its installed electricity capacity from non-fossil fuel sources in 2025, five years ahead of its commitment. Solar power capacity, he noted, has grown from less than 3 gigawatts to over 170 gigawatts over a decade.
Pointing out that solar power, which was once several times more expensive than coal-based electricity, is now among the cheapest sources of electricity in India, he said that this transformation reflects sound policies, private enterprise and the collective efforts of States and citizens.
The Vice-President observed that hydrogen energy is making encouraging progress in India and expressed confidence that advancements in science and technology would make hydrogen energy increasingly affordable in the years ahead. He said that India’s renewable energy transformation is not only an exemplary achievement for the country but also a model for the Global South.
The Vice-President said that the progress achieved over the last decade vindicates Prime Minister Shri Narendra Modi’s vision that environmental commitments are catalysts for growth, delivering greater energy access, lower industrial costs, employment opportunities and reduced import dependence. Calling for stronger industry-academia collaboration, he said, “The technologies of 2040 will come from the laboratories and start-ups of today,” emphasising the importance of research, innovation and entrepreneurship.
The Vice-President said that over 65 lakh households have joined the solar movement under the PM Surya Ghar Muft Bijli Yojana, gaining access to affordable clean energy. He further highlighted that nearly 30 lakh farmers have benefited under PM-KUSUM, observing that solar pumps help farmers save on diesel costs, earn additional income and become Urjadatas, givers of energy as well as food.
The Vice-President highlighted that initiatives under PM-JANMAN and the Dharti Aaba Janjatiya Gram Utkarsh Abhiyan are extending electricity access to remote tribal areas where conventional grid connectivity may not be feasible. He observed that access to electricity transforms lives by expanding opportunities in education, healthcare, communication and livelihoods, emphasising that energy solutions must address the distinct needs of cities, villages and remote habitations.
Describing the renewable energy transition as a Jan Andolan, as envisioned by the Prime Minister, the Vice-President said that such a movement cannot be driven by the government alone.He urged the active participation of teachers, students, entrepreneurs and citizens.He noted that people’s participation in this movement would not only accelerate the adoption of renewable energy but also create new economic opportunities, generate livelihoods and promote household prosperity.
Invoking Mission LiFE, the Vice-President called for energy-efficient practices, mindful consumption and responsible disposal, observing that a billion small individual actions can contribute as significantly to sustainability as a new power plant.
The Vice-President said that the coming decade would be crucial for achieving global climate goals and reiterated India’s vision of Viksit Bharat by 2047 and net-zero emissions by 2070. He noted that India’s electricity demand could rise nearly seven-fold by 2070, emphasising the need to meet growing energy requirements through clean, reliable and affordable power while protecting the environment.
Urging participants to translate the Summit’s deliberations into action, the Vice-President said, “Turn discussions into projects, and projects into power.” He called for global cooperation, observing, “If the world is to be lit by the Sun, let it be lit by hands that work together.”
On the occasion, the Vice-President presented the Excellence in Renewable Energy Awards and PM Surya Ghar Awards to the best-performing States, government departments, vendors, brand owners and public sector banks.
Union Minister of New and Renewable Energy, Shri Pralhad Joshi; Minister of State for New and Renewable Energy, Shri Shripad Yesso Naik; Principal Scientific Adviser to the Government of India, Dr. Ajay Kumar Sood; and Secretary, Ministry of New and Renewable Energy, Shri Santosh Kumar Sarangi, were present on the occasion. Representatives of partner countries, policymakers, investors, industry leaders, knowledge partners, exhibitors and other delegates also participated in the Summit.
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Wednesday, 4 November 2026
We are proud and delighted to announce that Greenko Group has been honoured with two prestigious international recognitions by the Malaysian Occupational Safety & Health Practitioners’ Association (MOSHPA), Malaysia.
We are proud and delighted to announce that Greenko Group has been honoured with two prestigious international recognitions by the Malaysian Occupational Safety & Health Practitioners’ Association (MOSHPA), Malaysia.
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These awards recognise our continued commitment to Environmental, Health and Safety (EHS) excellence and our efforts towards building a safer, healthier, and more sustainable workplace.
The two prestigious recognitions are:
🏆 Greenko Group – GOLD AWARD WINNER
Greenko Group has been recognised with the prestigious Gold Award for its commitment and initiatives in promoting excellence in Occupational Safety and Health.
🏆 Mr. Madhava Kumar Gaddam – INTERNATIONAL GOLD INFLUENTIAL AWARD
Mr. Madhava Kumar has been honoured with the International Gold Influential Award in recognition of his contributions and influence in advancing Occupational Safety and Health practices
The awards were presented by YBrs. Ir. Ahmad Jailani bin Mansor, Deputy Director General (Occupational Health), Department of Occupational Safety and Health (DOSH), Malaysia, alongside Dato’ (Dr.) Kanagaraja Raman, President of the Malaysian Occupational Safety and Health Practitioners’ Association (MOSHPA); Mr. Lim Tian Yang, Vice President of MOSHPA; Ms. Vicky Goh Wan Lan, Council Member, and other distinguished dignitaries.
We sincerely extend our heartfelt gratitude to the Top Management for their continuous guidance, encouragement, and unwavering support. We also appreciate the dedication, commitment, and collective efforts of the entire Greenko employees and stakeholders whose dedication, teamwork and commitment have contributed to these remarkable achievements.
These awards are not just recognitions of individual and organisational achievements, but a reflection of our collective commitment to making safety an integral part of everything we do
Together, we continue to raise the bar in Environmental, Health and Safety Excellence!
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