Introduction 

The energy harvesting system called the CSP otherwise known as the Concentrated Solar Power, are being used to supply energy in a large scale, where the system is being placed in an open, dry, and unclouded area. However, using this system in an urban area is still a scarce practice. This project demonstrates a model of an eco-park that uses concentrated solar power onto a set of photovoltaics as its main source of energy, in this case specifically for the lighting. The solar panels are mounted on a pillar that is standing on a platform in the middle of the park surrounded by reflectors, which reflects the sunlight to the panels in order to harvest more energy from the sun. Other than efficiency purposes, this vertical mount for the solar panels allows for a more space efficient implementation of many solar panels, even in areas of scarce horizontal space. The electricity collected from the panels is then connected to a circuit that combines the cabling from the solar panels, which is then connected into a power bank to charge. And lastly to another circuit which distributes the electricity to the lights around the model. This CSP photovoltaics system is aimed to provide an effective way of mounting solar panels in a vertical orientation as opposed to the conventional horizontal orientation as rooftops. Vertical mounting of solar panels is more space efficient but requires a CSP to provide better access to sunlight over the course of the day. By incorporating this system in an urban setting, especially in under-developed countries such as Indonesia, it is hoped that a cleaner and cheaper energy access can be available. In our experiment, we find that over the course of the day, up to 20% more power is generated in the mirrors aided solar panel system compared to that without the mirrors.

Conclusion

In conclusion, the CSP system does improve the amount of electricity generated by the solar panels in terms of the voltage and current generated resulting in up to 20% more power generation. Therefore, by incorporating this system in an urban setting, especially in under-developed countries such as Indonesia, it is hoped that a cleaner and cheaper energy access can be available.