Module 8
Affordable and Clean Energy
Ensure access to affordable, reliable, sustainable and modern energy for all.
18 min
What you will explore
- Distinguish access, reliability, cost and impact of an energy service.
- Explain why efficiency and sufficiency complement renewable energy.
- Analyse how a transition affects different groups.
- Design a collective proposal with an explicit trade-off.
The energy behind ordinary choices
Imagine a community room choosing whether to heat more, insulate one room or move an activity. Each option affects comfort, budget, climate and the people present. This hypothetical scene introduces SDG 7: affordable, reliable, sustainable and modern energy for all. An energy transition is not simply swapping machines. It involves access, infrastructure, habits, jobs and public decisions.
Access, services and vulnerability
People do not use energy for its own sake; they seek light, warmth, mobility, communication or cooking. Two households using the same amount may face very different situations if housing quality or income differs. Energy poverty can mean giving up heating or cutting other essentials. A fair policy combines renovation, support, suitable tariffs and participation. It avoids blaming people who did not choose their building or equipment.
Renewables, efficiency and limits
Renewable sources can reduce some emissions, but they require materials, land, networks and planning choices. Efficiency provides the same service with less energy, for example through insulation or a well-adjusted appliance. Sufficiency questions the level of service needed: sharing a room or adjusting a temperature may avoid demand. No option is perfect everywhere; compare life-cycle impacts, accessibility, maintenance, cost and local effects.
Hypothetical example: the neighbourhood library
An imaginary library receives complaints about heat and bills. Staff measure temperatures at different times, ask users and check building constraints. They rank three actions: seals and blinds, ventilation adjustment, then a study of local generation. They plan for people sensitive to cold and publish a simple monthly follow-up. The trade-off is explicit: start with lower-cost actions without promising they will solve everything.
Reflect
- Which energy service should be protected, and for whom?
- Who should join the decision and what data is missing?
Act
Make a “service-energy” card: need, barrier, option, overlooked person, trade-off and indicator. Choose a safe collective step, such as requesting a diagnosis from the building manager, improving an authorised setting or sharing verified information. Never touch electrical or heating equipment without a professional.
Connecting local experience and collective action
For energy, compare the service provided with resource demand: lighting, comfort, mobility or heating. Note who decides on improvements, who benefits from lower bills and who may face a nuisance. A test can measure comfort and consumption without touching installations. Present results with their limits to support a shared decision.
This perspective connects energy choices with living conditions, available resources and public decisions. A credible transition uses shared criteria, reversible trials and clear follow-up. It also asks who benefits, who carries risks and how people can challenge a decision.
A record can note time, perceived comfort and whether people can remain in the place, then compare two authorised settings. Discuss who maintains the equipment and how a person can report a problem.
A useful energy decision also considers maintenance, seasonal needs and the ability to change course. Invite people with different access needs to review the plan before a wider rollout. Record the reason for each criterion so another group can understand the trade-off.
Explore further
Check your understanding
Answer every question to see your result and earn the module badge. You can review the explanations and try again as often as you like.