Solar Photovoltaics
Panels convert sunlight directly into electricity. Rooftop systems empower households; large solar farms serve cities.
☀️ Daytime
Net‑zero • Energy Transition
Clean Energy for a Brighter Future
Clean energy comes from sources that emit little to no greenhouse gases. It’s abundant, increasingly affordable, and essential to limiting global warming while improving public health and energy security.
0
Mt CO₂ avoided / year*
0
% global power from renewables
0
million clean‑energy jobs
0
% fall in solar costs since 2010
*Illustrative figures for demo purposes.
What counts as clean energy?
Clean energy covers technologies with low lifecycle emissions: solar, wind, hydro, geothermal, nuclear, and enabling tools like energy storage and smart grids. Efficiency—doing more with less—amplifies their impact.
- Renewable resources that naturally replenish
- Low air pollution and water use with proper siting
- Increasingly the least‑cost new electricity in many regions
Pro tip: pair variable renewables with storage and demand response to keep the grid reliable.
Key Technologies
Onshore & Offshore Wind
Turbines harvest kinetic energy from the wind. Offshore winds are steadier, boosting output with minimal land use.
🌬️ VariableHydropower
Flowing water turns turbines. Modern designs and careful siting reduce ecological impacts while providing flexibility.
💧 DispatchableGeothermal
Heat from the Earth powers turbines or warms buildings. It’s steady baseload power with a small land footprint.
🌋 BaseloadNuclear (Low‑carbon)
Fission generates large volumes of low‑carbon electricity. Emerging designs aim to enhance safety and flexibility.
⚛️ BaseloadEnergy Storage
Batteries, pumped hydro, and thermal storage shift energy from when it’s made to when it’s needed, balancing the grid.
🔋 Grid balancingSmart Grids
Digital controls coordinate supply and demand in real time, improving reliability and enabling electric vehicles.
🧠 IntelligentEfficiency
The cleanest energy is the energy we don’t use. LEDs, insulation, and efficient motors cut costs and emissions.
💡 First fuelWhy it matters
Clean energy reduces greenhouse gases, improves air quality, creates jobs, and strengthens energy independence. With smart planning, communities can benefit from lower bills and healthier environments.
- Lower emissions: Replace fossil fuels in power, transport, and buildings.
- Healthier air: Less particulate matter and NOx/SOx.
- Resilience: Distributed energy and storage keep the lights on.
- Economic growth: New industries and high‑skilled jobs.
Getting started at home
- Switch to LED lighting and smart thermostats.
- Consider rooftop solar or join a community solar program.
- Drive electric or use public transit where possible.
- Choose a green electricity plan from your utility, if available.
Tip: Start with a home energy audit to find the biggest savings.
Transition Roadmap
2025–2027 · Scale deployment
Accelerate solar and wind build‑out, upgrade grids, and retire the most polluting plants first.
2028–2030 · Electrify demand
Ramp EVs and heat pumps, expand storage, and integrate flexible demand at scale.
2031–2035 · Deep decarbonization
Clean industrial heat, green hydrogen where needed, and negative emissions for hard‑to‑abate sectors.
Frequently Asked Questions
Is clean energy reliable?
Yes. A mix of generation, storage, and demand flexibility keeps the grid balanced. Weather‑driven resources are forecastable, and interconnecting regions reduces variability.
Is it affordable?
Utility‑scale solar and wind are among the lowest‑cost new power sources in many markets. Up‑front costs are falling, and operating costs are low.
What about land use and wildlife?
Good siting and modern practices minimize impacts. Rooftops, brownfields, and dual‑use designs (like agrivoltaics) can reduce land conflicts.
Get Involved
Join a local energy project, support clean‑power policies, or upgrade your home. Share your interests below and we’ll email resources.
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