Supporting organizations in defining, implementing, and achieving sustainability goals.
About ESSO
Environment Sustainability Standards Organization (ESSO) is established to promote International standards on electrotechnical subjects, electrical safety, reliability, and sustainability across global industries. ESSO provides training on electrotechnical subjects and support organisations to create their own standards.
ESSO serves as a center of excellence dedicated to bridging the gap between traditional electrical practices and modern IEC-based standards. The organization provides structured, practical, and internationally aligned training for corporate professionals, enabling organizations to enhance technical competence, improve operational reliability, and ensure compliance with global safety benchmarks.
Who We Are
We are a collective of passionate engineers, educators, and researchers united by a shared vision—to build a safer, more sustainable world by nurturing professional excellence and promoting adherence to international electrical standards.
Our Goal
Vision
To be a globally trusted leader in advancing sustainability‑led engineering by embedding international standards into electrical, fire, and occupational safety practices, and by enabling a competent, responsible engineering community committed to safe, resilient, and sustainable infrastructure.
Mission
To advance environmental sustainability as the core principle of engineering and infrastructure development by promoting the effective adoption of international standards. ESSO is committed to enhancing occupational health and safety, fire safety, and electrical safety and reliability through standards‑based consulting, innovation, and professional upskilling. By developing competent engineering professionals and practical digital tools, we support governments and industries in achieving sustainable, safe, and compliant operations worldwide.
What We Do
We help organizations integrate sustainability and safety into planning, operations, and lifecycle decision‑making through international standards, expert guidance, and digital tools supporting resilient, responsible, and compliant infrastructure over the long term. Supporting government authorities and industries in policy development, standardization, and safety improvement initiatives.
Standards & Regulations : Promoting compliance with international codes, standards, and safety frameworks.
Training & Skill Development : Building professional competency through structured learning and continuous education programs.
Innovation & Research : Supporting research in emerging technologies such as renewable energy, EV systems, LVDC, and smart grids.
Accreditation & Certification : Establishing globally recognized systems to certify qualified electrical professionals.
Our Services
Our Training Programs
Comprehensive and structured training solutions tailored to meet the growing needs of engineers, technicians, safety officers, and industry professionals. Each program is meticulously designed in alignment with IEC standards and best practices, focusing on practical implementation, regulatory compliance, and sustainability.
One Day Program
Short, focused sessions designed to raise awareness on key electrical safety aspects and freedom from risk.
Two to Four Day Programs
Intensive sessions combining theory, practical demonstrations, and case studies to enhance understanding and application.
Long-Term Professional Courses
Certification programs aimed at upskilling professionals for advanced competency in electrical safety design, standards compliance, and engineering excellence.
Short-Term Specialized Training
Intensive technical modules covering topics such as:
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Various Subjects of
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Electrical Installations and Safety,
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Lightning Protection,
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Earthing and Bonding,
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Surge Protection,
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Power Quality and Energy Management,
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and many more
Customized Online Programs
16 short-duration virtual courses tailored to specific subjects and professional needs, providing flexible, accessible learning opportunities.
Our training methodology combines theoretical frameworks with applied learning. Participants gain exposure to real-world case studies, simulation exercises, and technical demonstrations designed to strengthen competency and compliance.
Our consultancy services
Create documents based on modern standards
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Support in creating electrical regulations related to safety, reliability and new technologies
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Support to develop documents related to end-to-end requirements in electrical system such as design, selection, erection, verification and maintenance.
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Support to develop documents related standardization
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Support to develop safety improvement initiatives.
Cost, reliability and conformance verification
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Verification of electrical designs and its compliance to modern standards
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Cost & Design Optimisation based on modern standards
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Verification of documents related to quality and compliance of products to standards
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Site inspections and supports to implement good practices
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Guidance for initial and periodic verification
Electro Magnetic Compatibility (EMC), Electro - Static Discharge (ESD), Signal Integrity, Lightning & Surge Protection (LPS), Earthing system
Defence, Datacenters, Hospitals, Oil and Gas
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EM compatible buildings and installation of Electronic Equipment (HEMP/IEMI protected ICT installations).
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ESD Protected Manufacturing locations, explosive areas.
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Earthing System design for HV / EHV substations, Telecommunication Installations, Signalling Installations.
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Protection of Electronics in buildings, Shielding, Screening, Bonding, Harmonic Reduction.
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Compatibility and Conformity check of electronic installations and equipment for various IEC / EN / CISPR standards
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Lightning Risk Assessment as per IS 62305:2024
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Failure analysis of electronic system.
Training
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LPCI Risk assessment software was first launched in 2007 and was based on IEC 62305-2:2006.
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The current version of ESSO LPS risk assessment software is based on IEC 62305-2: ed. 3 – 2024
Electrical Safety Consultant / Forensic Investigation Expert
Design: Advisors for System designers to comply regulations and standards.
Verification of L.V installation as per IEC 60364-6 . Verification of L.V electrical installation before commissioning is getting popular worldwide. This verification ensure safety from fire and electrocution. IEC 60364-6 insist verification L.V installation before using. The testing comprises of identification of the network such as TN-S, TN-C-S, TT, IT etc, continuity of conductors, fault loop impedances, prospective earth fault current, prospective short circuit current, establishment of fault clearance times ..... etc are areas of highly skilled specialists.
ESSO provide practical onsite training for verification of the L.V system and train engineers to carry out these testing which is going to be a vital element in electrical industry to avoid accidents.
Consulting and Institutional Support
Collaborates with industries and institutions in various countries to improve safety frameworks and standardization practices. Consulting expertise includes:
▪ Policy and Regulatory Advisory for Ministries and Utilities
▪ Development of Corporate Safety and Sustainability Frameworks
▪ Electrical Safety Audits and Compliance Reviews
▪ Standard Implementation Roadmaps
▪ Competency Gap Assessments
Commitment To Sustainability
Safety and sustainability are inseparable pillars of responsible electrical engineering. Through its programs and partnerships, the organization actively promotes:
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Safe, energy-efficient, and sustainable electrical design,
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Increasing human safety
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Reducing system failures
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Adopting eco-friendly technologies.
These initiatives align with the United Nations Sustainable Development Goals (SDGs) 7, 9, 11, and 13, supporting clean energy, resilient infrastructure, and climate action.
ESSO Global plays a vital role in shaping a sustainable and safer electrical future through education, standardization, and collaborative initiatives. These efforts emphasize the integration of safety and sustainability, fostering innovation, regulatory compliance, and practical implementation to benefit current and future generations.
Key aspects include designing for longevity and reusability, minimizing waste, reducing environmental impact, and complying with standards to ensure safety and eco-friendliness in electrical engineering projects. This holistic approach strengthens human safety and contributes to global sustainable development goals.
Our Core Values
The core values listed reflect fundamental principles that guide responsible and sustainable engineering practices.
They include:
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Safety First: Prioritizing life safety and accident prevention in every initiative.
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Integrity: Upholding transparency, professionalism, and accountability.
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Excellence: Delivering measurable value through quality-driven programs.
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Innovation: Embracing technology and continuous improvement.
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Sustainability: Embedding responsible practices that benefit future generations.
These principles underscore the importance of safety, ethical conduct, quality, technological progress, and environmental responsibility, aligning with the best practices in industry standards and corporate culture.
Our Trainers
Our team of experts consists of seasoned professionals with diverse backgrounds and a shared passion for empowering businesses. Together, we bring a wealth of knowledge, expertise, and creativity to every project, ensuring innovative solutions and exceptional service
Gopa Kumar S (INDIA)
Gopa Kumar S is an Electrical Engineer with over 30 years of experience in safety, standardization, and legal requirements of electrical installations. He is the President of the National Federation of Engineers for Electrical Safety (NFEES), a not-for-profit organization promoting electrical safety.
He has designed and verified several national and international projects and is an internationally recognized electrical safety trainer, having conducted over 1,000 training programs and 100 accident investigations across multiple countries.
He has published numerous articles on shock protection and electrical fire prevention and authored the books The Missing Link and Guide on Electrical Safety in Medical Locations.
Member in the Working Groups of IEC
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TC64: MT 3, MT 12, MT 40, MT 41, WG 43
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TC81: MT 3, MT 14, MT 21, WG 18
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SC 37A: WG 03 and WG 05
Member in the Technical Committees of Bureau of Indian Standards
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ETD 20, ETD 30, ETD 50, LITD 09, and CED 46 P13
Gary Gundry (UK)
Gary is one of the UK’s leading experts on electrical safety. With over 30 years of practical experience in all aspects of electrical safety, including installations and products, he has become a highly respected ambassador within the industry.
He is a published author, an active participant in numerous UK and international committees, and has edited and proofread several major industry publications, including the 18th Edition of the Wiring Regulations.
He has worked across all levels, building strong relationships and influencing positive change within organizations such as Affinity Water, CORGI, ECA, Electrical Safety First, NICEIC, and the IET. Gary also proudly represents the IET on JPEL/64—the decision-making committee for the Wiring Regulations (BS 7671).
He supports, influences, and collaborates with the IET, ECA, CORGI, and Electrical Safety First (2019), and has developed training solutions for blue-chip organizations such as Affinity Water, CBRE, ENGIE (Equans), and Nestle
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Technically consults for and influences leading organizations, authors and reviews publications such as the IET’s Guidance Notes, and provides technical advice, support, and communication on electrical safety matters at every opportunity.
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Has built strong business relationships that contributed to creating a financially sound organization with multiple income streams, including one generating approximately £500k in its first year.
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Continues to serve as an industry ambassador, actively promoting electrical safety in the social housing sector (CORGI).
Krish Theobald (INDIA)
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Member of IEC TC 64: MT 1, MT 2, WG 4, MT 9, MT 12, WG 48
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Member of BIS: ETD 20, ETD 32, ETD 50
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Guest faculty at the National Institute of Training for Standardisation, Noida, for the capsule course on the National Electrical Code of India
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Technical Chair at the National Federation of Engineers for Electrical Safety (NFEES) – served as lead trainer at over 30 events, training more than 10,000 participants across India and in several online webinars
Prof. Chandima Gomes (PhD) (SOUTH AFRICA)
He is a Distinguished Professor of High Voltage Engineering at the University of Witwatersrand, specifically in the School of Electrical and Information Engineering, Johannesburg, SA. Prof. Gomes is Chair of the ESKOM Power Plant Engineering Institute (EPPEI) - HVAC and Director of the Centre of Excellence on High Voltage Engineering.
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Nearly 29 years as a full professor/lecturer in Engineering and Physics, and 24 years as an engineering consultant/trainer.
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Specialized in High Voltage Engineering, Lightning & Thunderstorm Physics, Energies, Environmental Sciences, and Electromagnetics.
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Included in the Stanford University list of the world’s top 2% scientists (Energy) from 2019 to 2024.
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NRF, South Africa B1-rated researcher.
He holds multiple professional memberships and titles, such as CEng (UK), CPhys (UK), PrPhys (SA & SL), FSAIEE, MIET (UK), MInstP (UK), and MIP (SL), and is recognized as an MEEE.
Alain ROUSSEAU (FRANCE)
With 40 years of experience in lightning and surge protection as well as standards development, this expert is a member of the French (AFNOR), European (CENELEC), and international (IEC) electrical standardization organizations.
He is currently Chair (elect) of IEC TC 81 and Vice Chair of IEC TC 37A. He has received the IEC 1906 Award for SPD (2005), Surge Arrester (2021), and Lightning Protection (2021).
He has published over 150 works on lightning, surges, and power quality, and serves as a Qualifoudre Trainer (level 4).
Mitchell Guthrie (USA)
Former Chair of IEC TC 81 and the NFPA 780 Technical Committee, this expert has contributed over 45 years to global lightning protection, grounding, and electrical safety, including work for the U.S. Navy and NATO standards.
He currently serves as Technical Advisor to the USNC Technical Advisory Group, Chief Delegate to IEC TC 81, and Convenor of IEC WG 21, and is recognized as a frequent international speaker and author on lightning protection standards.
Notable Achievements:
• IEC 1906 Award (2021)
• UL STAR Award (2024)
• National Lightning Safety Institute Award (2004)
• NFPA Committee Service Award (2007)
