Efficient air conditioning through the use of solar power from existing photovoltaic systems

Efficient air conditioning through the use of solar power from existing photovoltaic systems

A photovoltaic system on your roof is versatile. You can use it to charge your electric car, cover basic household consumption, or feed excess electricity into the public grid for a fee. You can also power larger heating systems, such as infrared heaters and air conditioners, with solar power.

What many people don't know: A split air conditioner can even be used for heating in the winter. This is efficient and environmentally friendly – ​​we'll explain exactly how it works in this article.

Split air conditioners – the all-rounders

Before we talk about how to optimally combine your air conditioning with photovoltaics, we'd like to show you that modern split air conditioning systems can do much more than just provide cool air. With an air conditioning system from Klimango , you're well-equipped even in winter, because the integrated heat pump technology helps you significantly reduce heating costs during the transitional seasons.

In summer you benefit from these advantages:

Restful sleep:

Your body regenerates best during sleep. If it's too warm and you sweat, your recovery suffers, and you feel tired and less productive the next day. With a split-system air conditioning system in your bedroom, you can ensure comfortable temperatures and a restful sleep.

Clean air:

Our air conditioning systems are equipped with high-quality filters that significantly improve air quality. They regulate humidity and filter pollutants and suspended particles from the room air – for a fresh and healthy indoor climate.

Pleasant indoor climate:

After a long day, you just want to relax. In summer, the heat often makes this difficult. With air conditioning in your home, you can always set the perfect temperature and truly enjoy your evenings.

Smart control, even remotely:

With app control for your air conditioner, you have complete control – conveniently from your smartphone. Set the temperature, turn the system on or off, and adjust the settings, no matter where you are. This way, you can always enjoy a pleasant indoor climate without sacrificing comfort. Simple, practical, and always at your fingertips!

And the strength of modern heating technologies is also evident in the transitional period:

In Germany, temperatures in spring and autumn are often very changeable – sometimes it's warm, then cool again. Conventional central heating is switched on repeatedly, resulting in high heating and electricity costs.

This is where a split air conditioning system is the clever solution: It uses the heat from the outside air to efficiently heat your home. It raises the heat to a higher temperature in a refrigerant circuit and then transfers it to the interior with a fan. This keeps your home comfortably warm even during sudden drops in temperature – without unnecessary energy consumption.

Operate air conditioning with PV power

In times of rising energy prices and growing environmental awareness, the sustainable supply of buildings with renewable energy is becoming increasingly important. One innovative solution is the direct use of solar power from an existing photovoltaic system to power an air conditioning system. This integrated solution not only offers a sustainable alternative to conventional energy concepts but also represents a strategic investment in the future viability of your property.

Advantages of using photovoltaic power for air conditioning

Reduction in operating costs: By directly utilizing self-generated solar power, there's no need to purchase expensive grid power, significantly reducing ongoing energy costs. Especially during sunny months, the air conditioning system can be operated virtually free of charge.

Increasing energy efficiency:

The combination of photovoltaics and air conditioning ensures efficient use of the generated energy. Excess solar power can be stored in battery storage systems or used for other building functions.

Environmental protection and CO₂ reduction:

The use of renewable energy sources for air conditioning contributes significantly to reducing the CO₂ footprint and supports the achievement of sustainable climate goals.

Independence and security of supply:

With an existing photovoltaic system, supplemented by suitable energy management systems and storage solutions, the air conditioning system can be operated largely independently of the public power grid. This increases supply security, especially in times of rising energy prices and grid loads.

Long-term return on investment:

The combination of photovoltaics and efficient air conditioning increases the value of your property and ensures stable, low operating costs

Technical implementation

Integration is achieved through the installation of an intelligent energy management system that supplies solar power directly to the air conditioning system. This system takes into account the performance of the photovoltaic system, the energy requirements of the air conditioning system, and the availability of solar power. If necessary, a battery storage system can be integrated to ensure the use of solar power even during periods of low sunshine.

Conclusion

Using electricity from an existing photovoltaic system to power an air conditioning system is a sustainable, economical, and future-oriented solution. It enables environmentally friendly air conditioning, reduces operating costs, and increases your building's energy self-sufficiency. Our cooperation partner Clima-Air GmbH is available for individual consultation and a customized solution.