Plan climate protection cleverly: This is how your apartment becomes a cool-down hit!

Plan climate protection cleverly: This is how your apartment becomes a cool-down hit!

Permanently installed air conditioning systems are a central component of contemporary heat protection plans and offer a solution-oriented answer to the challenges of rising temperatures. Loud Landlord guide Air-to-air heat pumps are not only effective, but also a future-oriented investment in health protection. Well-planned air conditioning helps maintain the quality of life even in hot summer months.

An additional plus is the possibility of combining these air conditioning systems with photovoltaic systems. By using solar energy, households can reduce some of their cooling costs. This technology allows the systems to obtain up to 75% of their energy from renewable air, which not only makes ecological sense but also saves costs.

Planning and installation

The ideal time to plan an air conditioning system is in autumn and winter. During this time it is easier to find specialist companies for the installation, which means that the early planning significantly increases comfort and energy efficiency. Private households in particular often rely on split air conditioning systems, while commercially used rooms predominantly use VRF/VRV technologies that can not only cool, but also heat and prepare hot water.

A well-planned system also offers a long-term solution to reducing energy costs by reducing dependence on rising electricity prices. In combination with photovoltaic systems, households can become more independent of electricity suppliers and at the same time contribute to CO2 reduction, as the consumer advice center explains.

Cost efficiency and funding opportunities

The investment costs for heat pumps and photovoltaic systems are between 25,000 and 50,000 euros. However, funding programs can help reduce these costs. With proper planning, a PV system that operates without battery storage can cover around 20-30% of the annual electricity requirements in single-family homes. With battery storage, up to 40% self-sufficiency is possible.

The cost of a typical PV system varies between 9,000 and 20,000 euros, while heat pumps cost between 15,000 and 40,000 euros. In addition, battery storage can cost between 5,000 and 20,000 euros. Particularly important is the share of self-consumption, which should not be less than 30% of the amount generated by the PV system. Well-insulated buildings can achieve a higher degree of independence.

In summary, the information from Consumer advice center that the combination of heat pumps and photovoltaic systems not only increases comfort, but also represents an economically sensible and sustainable solution for the future. The consumer advice center's energy advice also offers support in planning and dimensioning these systems and provides information about possible funding.