Explore by placeOpen map
01India 02State / UT 03District 04City / Block 05Village / Ward 06Street report
18 national pillarsAll problems
01School Theek Karo 02Food & Agriculture 03Water & Sanitation 04Health & Nutrition 05Jobs, MSMEs & Economy 06Governance, Justice & Safety 07Energy, Environment & Climate 08Cities, Housing & Infrastructure 09Transport & Logistics 10Industry & Manufacturing 11Digital, Science & Innovation 12Society, Culture & Quality of Life 13Women Safety, Health & Empowerment 14Defence, Security & Resilience 15Population & Demography 16Finance, Capital & Public Value 17Energy Security & Transition 18Global India & Cooperation
Research and actionUniversity network
01Problems 02Evidence & Research 03Solutions 04Initiatives & Pilots 05Progress 06Ideas & Evidence 07Write an Article 08Global Research Network 09Best in India 10Contribute 11People & Members
PILLAR 17 · ENERGY SECURITY + ESSENTIAL UTILITIES

Energy Security & Utilities

Build a system where every home, farm, school, hospital, business and industry receives reliable, affordable, cleaner and secure energy; essential utilities withstand shocks; and India reduces fragile import, technology and single-source dependencies.

01 · PURPOSE

Energy capacity matters only when dependable service reaches the load.

Measure generation, transmission, distribution, storage, quality, affordability and recovery separately. A connection, power plant or renewable-capacity announcement is not enough. The test is whether essential loads stay functional, failures are restored quickly, users can afford service and the portfolio reduces long-term security and environmental risk.

Reliable supplyAffordable accessDiverse sourcesStrong gridStorageEfficiencyDomestic capabilityResilience
02 · COMPLETE ARCHITECTURE

93 concepts organised into 13 connected energy systems.

Each overview connects place, load, infrastructure, failure mode, root causes, evidence, India-fit intervention, roadmap, results, safety and a structured contribution route.

01National Intelligence, Access & GridForecast demand and deliver reliable, affordable, quality electricity through a visible grid.01 · 02 · 03 · 04 · 05 · 06 · 07 · 08 · 09 · 1002Diverse Generation, Fuels & Import SecurityBalance domestic capability, diverse supply, reliability and environmental cost across energy sources.11 · 12 · 13 · 14 · 15 · 16 · 17 · 18 · 19 · 20 · 21 · 2203Storage, Microgrids & Critical-Service SecurityStore energy, protect essential facilities and plan water, food and industry dependencies together.23 · 24 · 25 · 26 · 27 · 28 · 29 · 3004Efficiency, Buildings, Mobility & Clean CookingReduce avoidable demand and select transition technologies by real use case.31 · 32 · 33 · 34 · 35 · 36 · 37 · 38 · 3905Bioenergy, Hydrogen, Minerals & ManufacturingBuild circular resource systems and resilient domestic equipment supply chains.40 · 41 · 42 · 43 · 44 · 45 · 46 · 4706Cyber, Physical & Disaster ResiliencePrevent, isolate and recover from infrastructure, cyber, disaster and affordability failures.48 · 49 · 50 · 51 · 52 · 53 · 54 · 55 · 5607Farm, Cold Chain, Digital & Municipal EnergyPlan local energy for food, data infrastructure, water systems and city services.57 · 58 · 59 · 60 · 61 · 62 · 63 · 6408Environment, Just Transition & WorkforceReduce lifecycle impact while building skills, jobs and new local economies.65 · 66 · 67 · 68 · 69 · 7009Research, Testing, District Plans & DashboardsMove technology from evidence to field performance and transparent geographic planning.71 · 72 · 73 · 74 · 75 · 76 · 77 · 78 · 7910Global Learning & Technology GuardrailsStudy mechanisms worldwide and reject one-size-fits-all transition choices.80 · 81 · 8211Master Cycles & Cross-Pillar IntegrationConnect energy to every essential human, economic and national-security system.83 · 84 · 8512Project Priority, Maintenance & EmploymentSelect, build, operate and maintain infrastructure across its complete lifecycle.86 · 87 · 88 · 89 · 9013KPIs, Roadmap & Energy Master ModelMeasure reliability, affordability, security, resilience and transition outcomes together.91 · 92 · 93
03 · 93 INDIVIDUAL DEEP PAGES

Open one precise energy-security question.

All 1,563 source lines are retained in the build. Every numbered priority has its own Place → Problem → Root causes → Evidence → Complete system → Solutions → Roadmap → Results → Safeguards → Contribute analysis.

01NATIONAL ENERGY SECURITY SYSTEMNational Intelligence, Access & Grid02ENERGY DEMAND FORECASTINGNational Intelligence, Access & Grid03DISTRICT ENERGY MAPNational Intelligence, Access & Grid0424×7 RELIABLE ELECTRICITYNational Intelligence, Access & Grid05UNIVERSAL ENERGY ACCESSNational Intelligence, Access & Grid06SMART ELECTRICITY GRIDNational Intelligence, Access & Grid07TRANSMISSION NETWORKNational Intelligence, Access & Grid08DISTRIBUTION TRANSFORMATIONNational Intelligence, Access & Grid09DISTRIBUTION LOSS REDUCTIONNational Intelligence, Access & Grid10SMART METERINGNational Intelligence, Access & Grid11RENEWABLE ENERGYDiverse Generation, Fuels & Import Security12SOLAR ENERGYDiverse Generation, Fuels & Import Security13AGRICULTURE SOLAR SYSTEMDiverse Generation, Fuels & Import Security14WIND ENERGYDiverse Generation, Fuels & Import Security15HYDROPOWERDiverse Generation, Fuels & Import Security16NUCLEAR ENERGYDiverse Generation, Fuels & Import Security17NATURAL GASDiverse Generation, Fuels & Import Security18COAL TRANSITIONDiverse Generation, Fuels & Import Security19OIL SECURITYDiverse Generation, Fuels & Import Security20STRATEGIC PETROLEUM RESERVESDiverse Generation, Fuels & Import Security21ENERGY IMPORT DIVERSIFICATIONDiverse Generation, Fuels & Import Security22DOMESTIC ENERGY PRODUCTIONDiverse Generation, Fuels & Import Security23BATTERY ENERGY STORAGEStorage, Microgrids & Critical-Service Security24LONG-DURATION ENERGY STORAGEStorage, Microgrids & Critical-Service Security25MICROGRIDSStorage, Microgrids & Critical-Service Security26HOSPITAL ENERGY SECURITYStorage, Microgrids & Critical-Service Security27WATER + ENERGY NEXUSStorage, Microgrids & Critical-Service Security28FOOD + ENERGY NEXUSStorage, Microgrids & Critical-Service Security29INDUSTRY ENERGY SECURITYStorage, Microgrids & Critical-Service Security30MSME ENERGY SYSTEMStorage, Microgrids & Critical-Service Security31BUILDING ENERGY EFFICIENCYEfficiency, Buildings, Mobility & Clean Cooking32COOLING SECURITYEfficiency, Buildings, Mobility & Clean Cooking33INDUSTRIAL ENERGY EFFICIENCYEfficiency, Buildings, Mobility & Clean Cooking34ENERGY AUDIT SYSTEMEfficiency, Buildings, Mobility & Clean Cooking35ELECTRIC MOBILITYEfficiency, Buildings, Mobility & Clean Cooking36EV CHARGING NETWORKEfficiency, Buildings, Mobility & Clean Cooking37FREIGHT ENERGY TRANSITIONEfficiency, Buildings, Mobility & Clean Cooking38RAILWAY ENERGY SYSTEMEfficiency, Buildings, Mobility & Clean Cooking39CLEAN COOKINGEfficiency, Buildings, Mobility & Clean Cooking40BIOENERGYBioenergy, Hydrogen, Minerals & Manufacturing41BIOGAS + RURAL ECONOMYBioenergy, Hydrogen, Minerals & Manufacturing42WASTE-TO-ENERGYBioenergy, Hydrogen, Minerals & Manufacturing43HYDROGEN ECONOMYBioenergy, Hydrogen, Minerals & Manufacturing44CRITICAL MINERALSBioenergy, Hydrogen, Minerals & Manufacturing45ENERGY EQUIPMENT MANUFACTURINGBioenergy, Hydrogen, Minerals & Manufacturing46TRANSFORMER & GRID EQUIPMENT SECURITYBioenergy, Hydrogen, Minerals & Manufacturing47ENERGY SUPPLY-CHAIN RESILIENCEBioenergy, Hydrogen, Minerals & Manufacturing48GRID CYBERSECURITYCyber, Physical & Disaster Resilience49PHYSICAL ENERGY INFRASTRUCTURE SECURITYCyber, Physical & Disaster Resilience50DISASTER-RESILIENT ENERGYCyber, Physical & Disaster Resilience51BLACKOUT RESILIENCECyber, Physical & Disaster Resilience52ENERGY EMERGENCY RESPONSECyber, Physical & Disaster Resilience53ENERGY AFFORDABILITYCyber, Physical & Disaster Resilience54TARGETED ENERGY SUPPORTCyber, Physical & Disaster Resilience55ENERGY POVERTYCyber, Physical & Disaster Resilience56ENERGY FOR LOW-INCOME HOUSEHOLDSCyber, Physical & Disaster Resilience57FARM ENERGY SECURITYFarm, Cold Chain, Digital & Municipal Energy58COLD-CHAIN ENERGYFarm, Cold Chain, Digital & Municipal Energy59DATA CENTRE ENERGYFarm, Cold Chain, Digital & Municipal Energy60AI ENERGY EFFICIENCYFarm, Cold Chain, Digital & Municipal Energy61ENERGY + WATER + DATA CENTRE PLANNINGFarm, Cold Chain, Digital & Municipal Energy62MUNICIPAL ENERGY SYSTEMFarm, Cold Chain, Digital & Municipal Energy63SMART STREET LIGHTINGFarm, Cold Chain, Digital & Municipal Energy64ENERGY PERFORMANCE OF CITIESFarm, Cold Chain, Digital & Municipal Energy65ENERGY + ENVIRONMENTEnvironment, Just Transition & Workforce66CARBON & EMISSIONS ACCOUNTINGEnvironment, Just Transition & Workforce67JUST TRANSITIONEnvironment, Just Transition & Workforce68ENERGY WORKFORCE MISSIONEnvironment, Just Transition & Workforce69DISTRICT ENERGY JOBSEnvironment, Just Transition & Workforce70ENERGY SKILL CENTRESEnvironment, Just Transition & Workforce71ENERGY RESEARCH MISSIONResearch, Testing, District Plans & Dashboards72NATIONAL ENERGY INNOVATION DATABASEResearch, Testing, District Plans & Dashboards73ENERGY FAILURE DATABASEResearch, Testing, District Plans & Dashboards74ENERGY TECHNOLOGY TESTINGResearch, Testing, District Plans & Dashboards75DISTRICT ENERGY SECURITY PLANResearch, Testing, District Plans & Dashboards76NATIONAL ENERGY SECURITY DASHBOARDResearch, Testing, District Plans & Dashboards77DISTRICT ENERGY SCOREResearch, Testing, District Plans & Dashboards78ENERGY SECURITY TESTResearch, Testing, District Plans & Dashboards79ENERGY STRESS TESTResearch, Testing, District Plans & Dashboards80GLOBAL MODEL STUDYGlobal Learning & Technology Guardrails81WHAT INDIA MUST NOT DOGlobal Learning & Technology Guardrails82WHAT INDIA SHOULD DOGlobal Learning & Technology Guardrails83ENERGY MASTER CYCLEMaster Cycles & Cross-Pillar Integration84NATIONAL ENERGY LIFE-CYCLEMaster Cycles & Cross-Pillar Integration85ENERGY + ALL REIMAGINEINDIA PILLARSMaster Cycles & Cross-Pillar Integration86NATIONAL ENERGY PROJECT PRIORITY ENGINEProject Priority, Maintenance & Employment87ENERGY PROJECT FAILURE PREVENTIONProject Priority, Maintenance & Employment88ENERGY INFRASTRUCTURE MAINTENANCEProject Priority, Maintenance & Employment89ENERGY RESILIENCE PRINCIPLEProject Priority, Maintenance & Employment90NATIONAL ENERGY EMPLOYMENT MISSIONProject Priority, Maintenance & Employment91MASTER KPI SYSTEMKPIs, Roadmap & Energy Master Model92ROADMAPKPIs, Roadmap & Energy Master Model93REIMAGINEINDIA ENERGY MASTER MODELKPIs, Roadmap & Energy Master Model
04 · ESSENTIAL-LOAD VIEW

Plan the complete energy journey around what must keep working.

01

Home

Power · cooling · clean cooking · affordability

02

Farm

Irrigation · cold chain · processing

03

Industry

Reliable supply · efficiency · production

04

City

Water · transport · buildings · services

05

Critical systems

Hospital · telecom · data · defence

Reliability boundaryCritical hospitals, water, emergency response, telecom, food storage and national-security loads require tested backup, restoration priorities and no hidden single point of failure.
05 · DISTRICT ENERGY-SECURITY DASHBOARD

See demand, delivery, affordability, transition and resilience together.

Every indicator requires a definition, unit, geography, period, source, methodology, load type, revision date and confidence note.

01

Demand & access

Total · peak · household · farm · industry

Baseline · target · actual · source · period · confidence
02

Grid delivery

Capacity · losses · voltage · outages

Baseline · target · actual · source · period · confidence
03

Sources & storage

Generation · fuel · renewables · backup

Baseline · target · actual · source · period · confidence
04

Critical loads

Hospitals · water · telecom · emergency

Baseline · target · actual · source · period · confidence
05

Affordability

Household burden · tariffs · support

Baseline · target · actual · source · period · confidence
06

Security & transition

Imports · reserves · emissions · recovery

Baseline · target · actual · source · period · confidence
06 · ENERGY STRESS TEST

Ask what fails, which essential load stops and how fast service returns.

AFuel-price shock

Simulate → locate weakness → isolate → restore → learn.

BImport disruption

Simulate → locate weakness → isolate → restore → learn.

CExtreme heat

Simulate → locate weakness → isolate → restore → learn.

DCyclone or flood

Simulate → locate weakness → isolate → restore → learn.

EGrid cyberattack

Simulate → locate weakness → isolate → restore → learn.

FLong blackout

Simulate → locate weakness → isolate → restore → learn.

GEquipment shortage

Simulate → locate weakness → isolate → restore → learn.

HRetest

Simulate → locate weakness → isolate → restore → learn.

Decision rule: diversify sources and routes, protect essential loads, maintain reserves and spares, test restoration and keep human accountability for consequential control decisions.

07 · IMPLEMENTATION ROAD

Measure and secure first, strengthen delivery next, transform capability over time.

0–2 YEARS

Measure + secure

District maps, reliability, critical assets, losses, fuel security, storage, imports, cybersecurity and energy-poverty baselines.

3–5 YEARS

Strengthen

Grid upgrades, storage, renewable integration, efficiency, critical backup, manufacturing, charging and clean cooking.

5–10+ YEARS

Transform

Advanced grid, large-scale storage, domestic technology, cleaner industrial energy, resilient supply chains and exports.

These are planning ranges, not fixed promises. Technology maturity, land, grid capacity, finance, regulation, environmental assessment, supply chains and implementation capacity determine timing.

08 · OFFICIAL EVIDENCE DESK

Connect planning, operations, regulation and evaluated field performance.

National sources frame the system. State and district decisions require feeder, asset, outage, tariff, demand, critical-load, environmental and user evidence at the resolution each claim needs.

COMPLETE PILLAR PATH

Explore Energy Security & Transition without losing the decision sequence.

Start with place and problem definition; move to causes and evidence; then compare solutions, build a roadmap, measure results and invite contribution.

HH
PUBLIC WORK TO STUDY · Karnataka

Harish Hande

Decentralised solar energy for underserved households and livelihoods

Read: SELCO FoundationInvite as a memberThis is a sourced public-work reference, not a statement of affiliation.