A Global Energy Shift

300 million solar systems. One new direction for energy.

The global energy transition is entering a new phase.

At Climate Week NYC 2026, the Global Solar Council, Global Covenant of Mayors for Climate & Energy, Solar Citizens and Climate Parliament renewed a global ambition: 300 million customer-sited solar systems by 2030.

The initiative, known as 300 Million Solar Homes, is designed to accelerate the deployment of solar across homes, apartments, small businesses and community buildings around the world.

The numbers are significant.

Approximately 150 million customer-sited solar systems are expected globally by the end of 2026. Under current conditions, that figure could reach around 225 million by 2030.

The initiative therefore seeks to unlock an additional 75 million systems.

The target represents an estimated 1.8–2.1 terawatts of distributed solar capacity and could potentially bring solar generation to more than one billion people.

But the significance isn't simply the number of panels.

It is where those panels are located — and who controls the energy they produce.

For more than a century, electricity has largely followed a one-way model:

Power station → grid → consumer.

Distributed solar begins to reverse that relationship.

A home can become a generator.

A business can become a generator.

A community building can become a generator.

And millions of these individual systems can collectively become an important part of the electricity system.

The initiative is therefore not simply proposing more solar.

It is proposing a more distributed energy architecture.

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From Solar Panels to Intelligent Energy

The next generation of energy systems will generate, store and manage electricity.

The traditional solar installation is relatively simple.

Panels produce electricity. An inverter converts it. The building consumes it.

But the technology surrounding solar has evolved dramatically.

Today, a sophisticated energy system can combine:

1. Solar PV
2. Battery storage
3. EV charging
4. HVAC
5. Heat pumps
6. Smart-home controls
7. Energy monitoring
8. Dynamic electricity tariffs
9. Intelligent energy management

This changes the role of solar completely.

Solar production is naturally concentrated during daylight hours, while many buildings consume the most electricity later in the day.

Battery storage allows surplus generation to be captured and used when it is actually needed.

An electric vehicle can become a controllable load.

Air conditioning can be optimised around solar production.

Pool pumps and other flexible loads can operate when energy is abundant.

Heating and hot-water systems can be scheduled intelligently.

And software can coordinate the entire property automatically.

The question is no longer simply:

"How many solar panels can we install?"

It becomes:

"How intelligently can we manage the energy this property produces and consumes?"

This is where distributed energy becomes particularly powerful.

A building can increasingly decide: when to generate, when to store, when to consume and when to buy.

The result is not simply a solar installation.

It is an intelligent energy system.

And as hundreds of millions of distributed systems are connected to electricity networks, the combined effect could fundamentally change how electricity is generated, stored and consumed.

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The Future Is Local

From global ambition to energy independence at home.

The global scale of the 300 Million Solar Homes initiative is impressive.

But the transformation ultimately happens somewhere much smaller.

• On a roof.
• Inside a home.
• At a business.
• In a hotel.
• At a school.
• Or across an entire community.

For regions such as Ibiza, the opportunity is particularly relevant.

The island has an extraordinary solar resource, but also significant electricity demand from cooling, pools, hospitality, electric vehicles and high-consumption properties.

The answer is not simply to install more photovoltaic panels.

It is to design the entire energy system around the property.

A villa can generate electricity during the day, store surplus energy in batteries, charge an EV, optimise air conditioning, heat domestic water and manage flexible loads — all through one coordinated system.

The same principle can be applied to hotels, restaurants, offices, commercial properties and other high-consumption buildings.

This is where the global movement towards distributed energy becomes tangible.

The future energy system is increasingly:

local.

intelligent.

connected.

And increasingly, independent.

The role of the energy company is changing with it.

The old model was straightforward:

Sell → Install → Commission.

The new model is much more sophisticated:

Analyse → Engineer → Integrate → Optimise → Monitor → Maintain.

Solar is only one component.

The real value comes from making all of the components work together.

At Ibiza SunPower, this is the direction we believe the industry is heading.

We don't simply install solar.

We engineer complete energy systems — combining photovoltaic generation, battery storage, EV charging, HVAC, intelligent controls and energy management around the way each property actually operates.

Because the future of energy isn't simply about producing more electricity.

It is about having greater control over where that energy comes from, where it goes and when it is used.

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MAKE THE MOST OUT OF THE SUN

Energy independence starts with the right system.

300 million solar systems are being targeted around the world.

The question for each individual property is much simpler:

How much more of your own energy could you generate, store and control?

From the Mediterranean sun to the most intelligent buildings, the opportunity is the same:

Generate more. Store smarter. Consume intelligently.‍

300 Days of Sun. Make the Most Out of It.

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