Digital house connection portal in Hamburg: Heating conversion made easy!

Digital house connection portal in Hamburg: Heating conversion made easy!

The digitalization of pension applications is progressing. The digital house connection portal in Hamburg has now undergone an important expansion for district heating applications. Loud City and factory Citizens can now check online whether a connection to the district heating network is possible on their property. This innovative solution makes it possible to digitally coordinate the entire process from application to implementation.

After positive feedback on the connection options, detailed information is requested to create a specific offer. Not only is access to the portal easier, but the processing of applications is also optimized, as craft businesses and municipal suppliers are integrated via their own processing portals. A directory of installers also supports applicants in selecting suitable specialist companies.

Advanced functionalities

The house connection portal covers a variety of application areas, from new building connections to conversions to temporary construction site supplies. What is particularly noteworthy is that changes to existing power connections, for example for photovoltaic systems, heat pumps or electric car charging stations, can also be easily requested online. Citizens only need a login, as the same access data can be used as for the Hamburger Energienetze customer portal. In addition, a high level of data protection and data security is promised.

The increasing demand for efficient energy solutions is also reflected in the plans for e-charging stations. Anyone planning such a facility should consider a combination of photovoltaic systems and charging systems. Loud solaranlage-ratgeber.de This requires several components, including a photovoltaic system to produce electricity and a wallbox that is characterized by speed and security.

Efficiency and planning of e-charging stations

When planning an e-charging station, it is important to take the energy requirements of the electric car into account. The average electricity consumption is between 5.8 kWh and 24.2 kWh, so with an annual mileage of around 13,000 km around 1,950 kWh are required. To meet this need, a photovoltaic system of a suitable size should be installed, varying between 855 and 1,035 kWh per kWp depending on the annual energy yield.

Optionally, a power storage unit can be integrated, which makes it possible to charge the electric car even in the dark, thus increasing flexibility. Investments in such systems have become more attractive due to price reductions in recent years. In addition, energy management systems are recommended as alternatives to electricity storage in order to optimize electricity consumption in the household.

Overall, it can be seen that both the digital management of supply connections and the planning of e-charging stations benefit significantly from the integration of smart solutions. Given the increasing demands for sustainable energy and infrastructure, these developments are essential steps into the future.