01
Energy supply
Electricity must remain available during daytime peaks, evening demand and periods of lower solar production.
Sustainable Development Goal 7
Dubai’s clean energy transition
A technical, economic, environmental and social assessment of Dubai’s transition from natural-gas electricity generation to large-scale solar power, energy storage and more efficient electricity use.
Current system
Natural-gas generation and desalination
Future pathway
Solar PV, CSP and storage
Main challenge
Matching variable production with demand
SDG 7 focus
Affordable, reliable and cleaner energy
Project overview
How can Dubai produce cleaner electricity without reducing reliability?
Dubai’s electricity transition involves more than replacing one power station with another. It requires changes in generation, storage, electricity networks, consumer behaviour and long-term planning.
02
Environmental performance
Solar electricity reduces operational emissions and lowers dependence on fossil-fuel combustion.
03
Responsible demand
Efficient appliances and reduced electricity waste lower the amount of generation and infrastructure required.
Current and future systems
Natural gas and solar power provide different benefits
The comparison is based on trade-offs. Natural gas is controllable and reliable, while solar power is renewable and cleaner during operation but depends on sunlight.
Jebel Ali natural-gas power and desalination complex
Natural-gas units can respond to electricity demand and provide stable generation, but they consume fossil fuel and produce greenhouse-gas emissions.
Reliable and dispatchable output
Supports electricity and water production
Depends on continued fuel supply
Produces carbon emissions
Mohammed bin Rashid Al Maktoum Solar Park
Large-scale photovoltaic and concentrated solar power technologies provide renewable electricity and can work with storage to support demand beyond daylight hours.
Uses a renewable solar resource
Lower operational emissions
PV and CSP technology options
Storage improves flexibility
Integrated assessment
The transition must be evaluated from several perspectives
Technical performance alone is not enough. The future system should also be economically practical, environmentally beneficial and socially fair.
01
Technical reliability
Solar generation must be combined with storage, flexible generation, forecasting and network management.
02
Technology choice
PV provides direct solar electricity, while CSP can support thermal storage and later electricity production.
03
Economic assessment
Decisions should consider construction costs, fuel savings, operating costs and long-term system value.
04
Environmental effects
Solar power can reduce emissions, but land use, equipment manufacturing and end-of-life management must also be considered.
05
Social impact
Clean-energy development can create skills and employment, but electricity should remain accessible and affordable.
06
Energy efficiency
Reducing avoidable electricity demand lowers costs, emissions and pressure on electricity infrastructure.
Technology pathway
How solar electricity can support demand after sunset
Storage moves energy from the time it is produced to the time it is needed.
Solar resource
Sunlight provides the primary renewable-energy input.
Generation
PV panels and CSP systems convert solar energy into useful power.
Storage
Extra daytime energy is stored for later use.
Evening demand
Stored energy supports homes and businesses after sunset.
Practical activity
Estimate household electricity consumption
Change the power rating and daily operating hours for each appliance. The calculator updates daily consumption, annual consumption, estimated emissions and the potential saving from a 15% efficiency improvement.
Energy (kWh/day) = Power (W) × Operating hours ÷ 1000
| Appliance | Power (W) | Hours/day | Energy/day |
|---|---|---|---|
| Air conditioner | 0.00 kWh | ||
| Refrigerator | 0.00 kWh | ||
| Television | 0.00 kWh | ||
| LED lights | 0.00 kWh | ||
| Laptop | 0.00 kWh |
Social Awareness Activity
Sharing clean-energy knowledge with five participants
The activity used a short discussion, the project blog, an electricity calculator and an awareness video to explain SDG 7, solar power, energy storage and responsible electricity use.
Activity objective
The objective was to increase community awareness and check whether participants understood the difference between natural-gas electricity and solar electricity, the importance of storage and the role of energy efficiency.
Materials used
The project blog, household electricity calculator, a short clean-energy video, four understanding questions and short participant responses were used during the activity.
Awareness video
Clean energy, solar power and everyday electricity choices
This video was used to support the Social Awareness Activity. It helped introduce clean energy and responsible electricity choices in a simple visual format before the participant discussion and understanding questions.
Discussion after watching the video
After watching the video, I discussed SDG 7, natural-gas generation, solar electricity, energy storage and electricity efficiency with the five participants. I then asked four short questions to check their understanding.
What I explained
Main ideas presented during the activity
Meaning of SDG 7
SDG 7 focuses on affordable, reliable, sustainable and modern energy. It includes renewable energy and improved energy efficiency.
Natural gas and solar electricity
Natural gas is dispatchable but produces carbon emissions. Solar electricity is renewable and cleaner during operation, but production depends on sunlight.
Importance of energy storage
Batteries and thermal storage save energy produced during the day and provide it later when sunlight is unavailable.
Role of individuals
People can switch off unused appliances, use LED lighting, choose efficient devices and reduce unnecessary air-conditioner operation.
Participants
Five people involved in the activity
1
Classmate
2
Family member
3
Friend
4
Classmate
5
Neighbour
Understanding check
Questions asked after the video and discussion
1
What does SDG 7 mean in simple words?
2
Why is solar electricity environmentally better than natural-gas generation?
3
Why are batteries or energy-storage systems useful when the sun is not shining?
4
How can reducing wasteful electricity use help the energy system?
Activity outcome
The activity helped participants understand that achieving SDG 7 requires cleaner electricity generation, reliable energy storage and responsible electricity consumption. They recognised that solar power can reduce fossil-fuel use, storage can support demand after sunset and energy efficiency can reduce waste.
Recommendations
A balanced pathway for a cleaner and reliable energy system
Expand renewable generation
Continue adding solar PV and CSP while coordinating generation with electricity-demand patterns.
Increase storage capacity
Use batteries and thermal storage to provide flexibility and support electricity demand after sunset.
Improve energy efficiency
Reduce avoidable electricity use through efficient buildings, appliances and consumer awareness.
Maintain system reliability
Keep sufficient flexible capacity, forecasting and network management during the transition.
Protect affordability
Ensure that clean-energy investment continues to provide accessible and reasonably priced electricity.
Engage the community
Use practical activities and simple communication to connect household behaviour with wider energy-system outcomes.
Final conclusion
Clean generation, reliable storage and efficient consumption must work together
Dubai’s transition can reduce fossil-fuel dependence and operational emissions while maintaining a reliable electricity supply. Solar power is a central part of the pathway, but storage, flexible system operation, efficiency and fair access are also essential.
Solar power
Reduces fossil-fuel use.
Storage
Supports demand after sunset.
Efficiency
Reduces waste and system pressure.
Fair access
Keeps the transition inclusive.
References
Research sources
- United Nations: Sustainable Development Goal 7 — Affordable and Clean Energy.
- Dubai Electricity and Water Authority: Information about electricity generation, sustainability and the Mohammed bin Rashid Al Maktoum Solar Park.
- International Renewable Energy Agency: Renewable-energy technology, costs, storage and transition analysis.
- Intergovernmental Panel on Climate Change: Climate-change mitigation and electricity-sector emissions.
- International Energy Agency PVPS: Photovoltaic technology and electricity-system information.