1. Introduction

Governance of emerging energy economies refers to the legal, institutional, regulatory, economic and technological framework through which governments manage new and rapidly developing energy sectors.

An emerging energy economy is not limited to the traditional electricity system. It increasingly includes:

renewable electricity;

battery and pumped-storage systems;

green hydrogen;

electric mobility;

distributed energy resources;

smart grids;

virtual power plants;

carbon markets;

energy-efficiency markets;

offshore renewable energy;

advanced nuclear technologies;

AI-enabled energy systems; and

new energy-trading platforms.

These technologies can fundamentally change the relationship between energy producers, consumers, regulators, markets and infrastructure.

India's transition illustrates this development. The Government has reported that non-fossil sources reached 50% of installed electricity capacity in June 2025, while the National Green Hydrogen Mission targets at least 5 million tonnes per annum of green-hydrogen capacity by 2030. (Ministry of Power)

The central governance problem is therefore:

How can law and institutions govern energy technologies that are developing faster than traditional regulatory frameworks?

2. Meaning of an Emerging Energy Economy

An emerging energy economy is characterised by technological innovation, new markets, changing infrastructure and evolving regulatory institutions.

It represents a movement from the traditional model:

large power plant → transmission network → distribution company → consumer

toward a more interconnected model:

renewables + storage + hydrogen + prosumers + digital markets + electric vehicles + smart grids + conventional generation.

The emerging system is therefore:

decentralised;

digital;

interconnected;

increasingly consumer-oriented;

technologically diverse; and

more closely connected with climate policy.

3. Why Governance Is Necessary

Emerging energy technologies create opportunities but also regulatory risks.

For example, a battery may simultaneously be:

a consumer of electricity;

a storage facility;

a balancing resource;

an ancillary-service provider; and

a participant in an electricity market.

Similarly, green hydrogen connects:

electricity + renewable energy + industrial policy + transport + gas infrastructure + international trade.

Existing legislation may not clearly define how these new activities should be regulated.

Consequently, emerging energy governance must provide:

legal certainty;

innovation;

investment protection;

competition;

consumer protection;

environmental safeguards;

energy security; and

regulatory flexibility.

4. Legal Foundation in India

The Electricity Act, 2003 remains the central statutory foundation for electricity governance.

CERC is empowered to regulate specified generation tariffs, inter-State transmission, inter-State transmission tariffs, transmission and trading licences, the Grid Code, service quality and reliability. It also has advisory functions concerning competition, efficiency, investment and electricity policy. (CERC)

This institutional framework is particularly important for emerging energy economies because new technologies must ultimately interact with the existing electricity system.

The Electricity Act therefore provides the institutional backbone, while regulations and government policies increasingly address newer technologies.

5. From Traditional Energy Regulation to Emerging-Energy Governance

Traditional energy regulation generally focused on:

generation;

transmission;

distribution;

tariffs;

fuel supply.

Emerging energy governance must additionally address:

storage;

distributed generation;

hydrogen;

carbon markets;

electric vehicles;

digital platforms;

AI;

energy data;

cybersecurity;

flexible demand;

prosumers.

Therefore, the regulatory question has changed from:

“Who supplies electricity?”

to:

“How should an interconnected energy ecosystem operate?”

6. Role of CERC in Emerging Energy Governance

CERC's mandate expressly includes promotion of competition, efficiency, investment, technological and institutional changes, inter-State trading and development of power markets. (CERC)

This is important because emerging energy economies require institutions capable of adapting to technological change.

CERC's current regulatory framework demonstrates this evolution. Its current regulations include amendments concerning:

deviation settlement;

renewable-energy certificates;

tariffs;

Grid Code;

connectivity and general network access; and

electricity-market arrangements. (CERC)

This illustrates a key governance principle:

Emerging energy economies require continuously evolving regulatory institutions rather than one-time legislation.

7. Indian Electricity Grid Code 2023

The Indian Electricity Grid Code (IEGC) 2023 is an important example of emerging-energy governance.

The Code introduced or strengthened provisions relating to:

resource planning;

generation adequacy;

transmission adequacy;

protection;

cyber security;

monitoring and compliance;

renewable generation;

hybrid projects;

pumped storage;

energy-storage systems;

primary, secondary and tertiary reserves. (CERC)

The Code also provides for commissioning and commercial operation requirements for wind, solar, hybrid, pumped-storage and energy-storage stations. (CERC)

This demonstrates that emerging technologies are being integrated into mainstream electricity regulation rather than treated as isolated experiments.

8. Renewable Energy Governance

Renewable energy is one of the principal foundations of the emerging energy economy.

Governance must address:

competitive procurement;

grid connectivity;

forecasting;

transmission;

storage;

balancing;

curtailment;

land use;

environmental impacts;

renewable-energy certificates.

CERC has previously provided statutory advice concerning reliable grid management and large-scale integration of variable renewable-energy sources. (CERC)

Therefore, renewable-energy governance is not merely about constructing solar and wind projects.

It requires coordination of:

generation + transmission + storage + markets + environmental safeguards.

9. Green Hydrogen Governance

Green hydrogen represents a major emerging energy sector.

It can potentially connect:

renewable electricity;

electrolysers;

industrial production;

fertiliser;

steel;

shipping;

heavy transport;

energy storage;

international trade.

India's National Green Hydrogen Mission targets at least 5 million tonnes per annum of green-hydrogen capacity by 2030. (Ministry of Power)

Governance therefore needs to address:

Production

What qualifies as green hydrogen?

Certification

How is its renewable origin verified?

Infrastructure

Who regulates pipelines, storage and transport?

Safety

How should hydrogen handling be regulated?

Markets

How should hydrogen be traded?

International trade

How can Indian certification interact with foreign standards?

Thus, hydrogen requires cross-sectoral regulation, not merely electricity regulation.

10. Energy Storage Governance

Storage is another defining feature of the emerging energy economy.

Storage can:

absorb surplus renewable electricity;

provide peak power;

provide ancillary services;

improve grid stability;

reduce renewable curtailment.

However, storage does not fit neatly into traditional categories.

Is a battery:

a generator?

a consumer?

a transmission asset?

an ancillary-service provider?

The IEGC 2023 addresses energy-storage systems and pumped-storage stations within the grid framework. (CERC)

This illustrates the need for functional regulation.

The law should regulate what an asset does rather than rely exclusively on old technological classifications.

11. Electric Mobility

Electric vehicles create a new relationship between transportation and electricity.

EVs create:

additional electricity demand;

charging infrastructure;

potential demand-response resources;

battery-storage possibilities;

vehicle-to-grid opportunities.

Governance must therefore coordinate:

electricity law + transport law + infrastructure regulation + consumer protection.

An EV charging station may also become part of an electricity market in the future.

Therefore, emerging energy governance increasingly requires sectoral convergence.

12. Distributed Energy and Prosumers

Traditional electricity regulation assumed a relatively passive consumer.

Emerging energy economies create the prosumer:

producer + consumer.

A household with rooftop solar and a battery may:

consume electricity;

generate electricity;

store electricity;

export electricity;

respond to price signals.

This creates regulatory questions concerning:

metering;

tariffs;

grid access;

compensation;

technical standards;

consumer data;

aggregation.

Governance must therefore move toward two-way energy systems.

13. Digitalisation and AI

Emerging energy systems increasingly depend on:

smart meters;

automated dispatch;

AI forecasting;

digital substations;

algorithmic trading;

cloud platforms;

real-time monitoring.

This creates new regulatory risks.

Data governance

Who owns consumer and grid data?

Algorithmic accountability

Who is responsible if an automated decision damages the grid?

Cybersecurity

What happens if digital infrastructure is attacked?

Transparency

Can regulators understand algorithmic decisions?

The IEGC 2023's dedicated Cyber Security Code and Monitoring & Compliance Code demonstrate that digital and cybersecurity considerations are becoming part of core grid governance. (CERC)

14. Case Law: PTC India Ltd. v. CERC

PTC India Ltd. v. Central Electricity Regulatory Commission, (2010) 4 SCC 603

This Constitution Bench decision is fundamental to energy-sector regulatory governance.

The Supreme Court examined the relationship between:

CERC's regulatory powers;

regulation-making authority; and

appellate/judicial review.

The case is important because emerging technologies cannot justify regulators acting outside their statutory powers.

Principle

Technological innovation must occur within a legally valid regulatory framework.

Therefore, even if AI, hydrogen, storage or new trading systems create unprecedented regulatory problems, institutions must remain within the boundaries of the enabling statute.

The Supreme Court's jurisprudence continues to treat the distinction between regulation-making and regulatory orders as legally significant. (Legal Authority)

15. Case Law: Energy Watchdog v. CERC

Energy Watchdog v. Central Electricity Regulatory Commission, (2017) 14 SCC 80

The Supreme Court considered the regulatory powers of CERC in the context of power-purchase agreements and tariff regulation.

The Court held that CERC's regulatory authority under Section 79 is a general regulatory power in the areas entrusted to it and cannot simply be treated as unavailable whenever a specific circumstance is not expressly addressed. (Indian Kanoon)

Importance for emerging energy economies

Emerging technologies constantly produce situations that older rules may not have anticipated.

For example:

new storage technologies;

hybrid renewable projects;

new market products;

new flexibility mechanisms.

Therefore:

Emerging energy governance requires regulatory flexibility without abandoning statutory discipline.

This is one of the most important principles for future energy regulation.

16. Regulatory Sandboxes

Because emerging technologies may not fit existing legal categories, governments and regulators may use regulatory sandboxes.

A sandbox allows controlled experimentation with:

new tariffs;

peer-to-peer electricity;

battery aggregation;

AI-based grid management;

demand response;

blockchain energy trading.

A proper sandbox should contain:

defined objectives;

limited participants;

limited duration;

consumer safeguards;

monitoring;

reporting;

exit mechanisms.

The objective is:

innovation without uncontrolled regulatory risk.

17. Emerging Energy Markets

Emerging energy economies require new market structures.

These may include:

real-time electricity markets;

ancillary-service markets;

renewable-energy certificates;

carbon-credit markets;

flexibility markets;

capacity mechanisms;

storage markets;

hydrogen markets.

CERC's regulatory materials show the continuing development of electricity markets, including power exchanges, renewable-energy certificates and related market mechanisms. A CERC document concerning the Carbon Credit Trading Scheme also describes the evolution of power trading and related market instruments and CERC's role as the electricity-market regulator under the Electricity Act. (CERC)

Therefore, emerging-energy governance increasingly involves market design, not merely conventional tariff regulation.

18. Carbon Markets

Carbon markets represent another emerging economic structure.

They create tradable economic value around emissions reductions.

Governance must determine:

who may participate;

how credits are created;

how emissions reductions are measured;

verification requirements;

registry systems;

trading platforms;

market surveillance;

prevention of fraud.

This requires coordination between:

energy regulation + environmental regulation + financial-market principles.

19. Case Law: M.K. Ranjitsinh v. Union of India

M.K. Ranjitsinh v. Union of India, 2024 INSC 280

The Supreme Court addressed a conflict involving protection of the Great Indian Bustard and renewable-energy transmission infrastructure.

The Court recognised the importance of both:

biodiversity protection; and

India's transition toward renewable energy and climate mitigation.

The judgment treated the transition away from fossil fuels as an important environmental objective and recognised a constitutional dimension to protection from adverse effects of climate change. (Cambridge University Press)

Relevance

The case demonstrates that emerging energy governance cannot evaluate technologies only according to their economic or carbon benefits.

A renewable project can simultaneously produce:

climate benefits;

biodiversity risks;

land-use impacts;

transmission impacts.

Thus:

Emerging-energy governance must integrate climate policy with environmental and biodiversity governance.

20. Energy Security

Emerging energy economies create new forms of energy security.

Traditional energy security focused on:

coal;

oil;

gas;

fuel imports.

The emerging economy additionally requires security of:

lithium;

nickel;

cobalt;

graphite;

rare earths;

semiconductors;

batteries;

solar modules;

electrolysers.

Consequently, energy transition can shift dependence from fuel supply chains to technology and mineral supply chains.

Governance should therefore promote:

diversified suppliers;

domestic manufacturing;

recycling;

strategic reserves;

alternative technologies;

international cooperation.

21. Just Transition

Emerging energy economies can create significant social and economic disruption.

For example, declining coal use may affect:

miners;

transport workers;

power-plant employees;

mining regions;

local governments.

Therefore, energy governance must include:

reskilling;

regional economic diversification;

social protection;

alternative industries;

community participation.

An emerging energy economy should not be judged solely by installed renewable capacity.

It should also be judged by whether the transition is socially fair.

22. Consumer Protection

New technologies may provide consumers with greater choice but also greater complexity.

Consumers may encounter:

dynamic tariffs;

rooftop-solar contracts;

battery-service agreements;

EV-charging tariffs;

demand-response contracts;

energy-management platforms.

Regulation should therefore require:

transparent pricing;

clear contracts;

data protection;

complaint mechanisms;

reliability standards;

protection against unfair practices.

CERC's statutory mandate expressly includes improving stakeholder access to information and enforcing quality, continuity and reliability standards. (CERC)

23. Investment Governance

Emerging technologies often require significant upfront investment.

Investors need confidence concerning:

tariffs;

grid access;

contracts;

market rules;

environmental approvals;

taxation;

subsidies;

regulatory change.

At the same time, governments must avoid creating permanent subsidies for technologies that may become economically competitive.

The ideal approach is:

predictable regulation + competitive procurement + periodic policy review.

CERC's mission specifically identifies promotion of investment and removal of unnecessary barriers to entry and exit as regulatory objectives. (CERC)

24. Federalism and Emerging Energy Governance

Emerging energy sectors frequently cross traditional governmental boundaries.

For example:

hydrogen

may involve:

Central Government;

State Governments;

electricity regulators;

industrial regulators;

environmental authorities;

ports;

transport authorities.

Similarly, renewable-energy projects can involve:

land authorities;

electricity regulators;

forest authorities;

wildlife authorities;

local governments.

Thus, emerging energy governance requires vertical and horizontal coordination.

25. Environmental and Social Safeguards

Emerging technologies must not automatically be treated as environmentally harmless.

Governance should assess:

lifecycle emissions;

land requirements;

water use;

mining impacts;

biodiversity;

waste;

recycling;

local communities.

For example, battery technologies may reduce fossil-fuel use but create new questions concerning mineral extraction and end-of-life waste.

Therefore:

The sustainability of emerging energy technologies must be evaluated across their entire lifecycle.

26. Institutional Capacity

Regulators must acquire new expertise.

Traditional electricity regulators may need knowledge of:

AI;

batteries;

hydrogen;

carbon markets;

cybersecurity;

digital platforms;

advanced forecasting.

Institutional capacity should therefore include:

specialist technical staff;

data analytics;

interdisciplinary teams;

continuous training;

regulatory research;

stakeholder consultation.

Without institutional capacity, sophisticated legislation may remain ineffective.

27. Transparency and Public Participation

Emerging technologies often involve significant uncertainty.

Public participation is therefore important when deciding:

project locations;

environmental impacts;

tariff structures;

new regulations;

subsidies;

market rules.

Transparent governance can reduce:

regulatory capture;

misinformation;

public opposition;

arbitrary decision-making.

It also strengthens legitimacy.

28. Adaptive Regulation

The most appropriate regulatory model for emerging energy economies is adaptive regulation.

It follows a cycle:

Innovation

↓

Pilot project

↓

Data collection

↓

Regulatory assessment

↓

Permanent regulation

↓

Monitoring

↓

Revision

This is superior to either:

completely rigid regulation; or

absence of regulation.

The continuous amendments and procedures surrounding the 2023 Grid Code illustrate how electricity regulation is being updated as system requirements evolve. (CERC)

29. Key Governance Principles

Emerging energy economies should be governed according to the following principles:

1. Innovation

Law should permit responsible experimentation.

2. Regulatory certainty

Investors require predictable procedures.

3. Adaptability

Rules must evolve with technology.

4. Technology neutrality

Government should avoid unnecessary technological lock-in.

5. Competition

Emerging markets should remain open to new participants.

6. Consumer protection

Innovation must not undermine consumer rights.

7. Environmental sustainability

New technologies require lifecycle assessment.

8. Energy security

New supply-chain vulnerabilities must be managed.

9. Transparency

Regulatory decisions should be explainable.

10. Accountability

Automated and private actors must remain subject to legal responsibility.

11. Just transition

Workers and affected regions must be protected.

12. Inter-generational equity

Current decisions should not create unreasonable future liabilities.

30. Major Challenges

A. Regulatory gaps

Existing legislation may not clearly regulate new technologies.

B. Institutional fragmentation

Different agencies may have overlapping jurisdiction.

C. Technology uncertainty

Today's successful technology may become obsolete.

D. Investment risk

Rapid regulatory changes can discourage investment.

E. Market concentration

New markets may become dominated by a few companies.

F. Cybersecurity

Digitalisation increases systemic vulnerabilities.

G. Environmental conflicts

Clean technologies may still produce local environmental impacts.

H. Supply-chain dependence

Critical minerals and equipment may create new geopolitical risks.

I. Consumer complexity

Consumers may struggle to understand sophisticated energy products.

31. Important Case Laws — Summary

32. Future Governance Architecture

An effective emerging-energy governance framework can be organised into eight layers.

Layer 1 — National policy

Long-term energy, climate and security objectives.

Layer 2 — Sector regulation

Electricity, gas, petroleum, nuclear, hydrogen and carbon markets.

Layer 3 — Infrastructure regulation

Grid, storage, pipelines, charging systems and hydrogen infrastructure.

Layer 4 — Market governance

Trading, procurement, certificates, carbon markets and flexibility markets.

Layer 5 — Technology governance

AI, batteries, digital systems and emerging technologies.

Layer 6 — Environmental governance

Climate, biodiversity, pollution, land and water.

Layer 7 — Social governance

Consumers, workers, communities and energy access.

Layer 8 — Adaptive oversight

Monitoring, regulatory review, judicial review and institutional learning.

33. Conclusion

Governance of emerging energy economies is fundamentally about creating legal institutions capable of governing technological and economic transformation without sacrificing reliability, investment certainty, consumer protection, environmental sustainability or accountability.

India's regulatory framework is already adapting to this transformation. CERC's mandate encompasses competition, investment, technological and institutional change, while the IEGC 2023 incorporates renewable energy, hybrid projects, pumped storage, energy-storage systems, resource adequacy, cyber security and monitoring. (CERC)

The development of green hydrogen provides another example of this transition: India's National Green Hydrogen Mission has established a major long-term policy framework with a 2030 production target. (Ministry of Power)

The case law provides the necessary legal boundaries. PTC India establishes that regulatory innovation must remain within statutory authority. Energy Watchdog demonstrates the need for regulatory flexibility in a changing electricity sector. M.K. Ranjitsinh shows that emerging clean-energy systems must simultaneously account for climate objectives, biodiversity and constitutional environmental values.

The fundamental principle is:

Emerging energy economies require adaptive institutions, not merely new technologies.

The successful energy economy of the future will therefore depend not only upon solar panels, batteries, hydrogen, nuclear technologies or AI, but upon whether governments can build a governance architecture that is innovative yet lawful, flexible yet predictable, competitive yet consumer-oriented, and technologically advanced yet environmentally and socially responsible.