PPC, one of the major players in the energy sector, has installed a 10 kWp hybrid photovoltaic system on the roof of a block of flats in the Drumul Taberei neighborhood, Bucharest. The project, fully financed by the company, is a pilot test to evaluate the impact and efficiency of solar energy solutions applicable in urban environments.
System technical and functional details
The system includes:
- Photovoltaic panels with a total capacity of 10 kWp, strategically mounted to maximize sun exposure.
- 5 kWh storage battery, which allows you to use the stored energy at peak times such as evenings.
- Connection to the grid, making the installation a hybrid installation.
The block was chosen because it has a smart metering system that facilitates accurate monitoring of energy production and consumption. The energy produced is used in common areas such as elevators and staircase lighting. Any surplus energy is fed into the grid, with the owners’ association benefiting from prosumer status. In this context, tenants can receive financial compensation for the energy delivered.
Investment value and expected performance
Although the exact cost of the system has not been disclosed, it is estimated at a maximum of €20,000, based on current prices. The plant is designed to produce about 12 MWh per year, which is a significant contribution to reducing electricity costs.
Impact of the pilot project on future energy initiatives
This project is an important step towards promoting green energy in urban areas. “This photovoltaic system provides an opportunity to better understand the consumption profile of a micro-community and to test the viability of scaling up these solutions on a large scale,” said a PPC representative. Data collected through this pilot will be used to develop customized solutions tailored to urban needs. “We want to help reduce electricity costs for common spaces and support the transition to sustainable energy sources,” he added.
Outlook for homeowners’ associations
If the project proves viable, homeowners’ associations could receive financial support to install similar systems. As well as reducing costs, these systems help to reduce the carbon footprint of buildings, a key objective in the energy transition.
