A hybrid solar power system (PLTS Hybrid) is an excellent choice if you want to enjoy the benefits of both on-grid and off-grid solar systems. As the name implies, this type of solar power plant is created by combining the two.
Simply put, a hybrid solar power system utilizes two power sources: batteries and the main grid. In practice, however, the system remains connected to the main grid without requiring an export-import (EXIM) meter.
This article discusses how hybrid solar systems work and outlines installation costs based on real-world case studies.
What is a Hybrid Solar Power System?
A hybrid solar power system generates electricity by combining solar panels with the main utility grid (PLN). Beyond the PLN grid, you can also integrate other power sources into the system.
Hybrid solar systems use batteries to store electricity, making power available at night or during grid outages. This system is ideal for households that are already connected to the PLN grid.
Types of Hybrid Solar Systems
Hybrid solar systems are designed to simplify the solar installation process. However, it is important to note that there are two types: those that use batteries and those that do not.
1. Hybrid solar system without batteries
A hybrid solar system can operate without batteries. In principle, it resembles an on-grid solar system connected to the PLN grid. However, you do not need to install an EXIM meter or obtain installation permits from PLN.
2. Hybrid solar system with batteries
A hybrid solar system that uses batteries differs significantly from standard systems. Installing a battery-equipped hybrid system allows you to meet your household's electricity needs throughout the day. It is particularly suitable for those who work from home.
Advantages of Hybrid Solar Systems
Hybrid solar systems have become a popular choice among the public. Here are the advantages of this system, which combines on-grid and off-grid features:
1. No PLN permit required
As a hybrid system, it does not require an installation permit from PLN. ### 2. Provides Backup Energy During Power Outages
Hybrid systems feature a battery that serves as a backup power source during outages from the main grid.
3. Capable of Supplying Electricity
Hybrid solar power systems (PLTS) are designed to meet daily electricity needs.
How Hybrid Solar Power Systems Work
Initially, electricity generated by solar panels is used to power the home, while any excess energy is stored in the battery. This process occurs during the morning and afternoon.
In the late afternoon, as the sun sets, the hybrid system automatically switches to the battery as the power source. What happens when night falls?
At night, the hybrid system utilizes the energy stored in the battery. However, once the battery power is depleted, the hybrid inverter automatically switches to drawing electricity from the main grid.
Components of a Hybrid Solar Power System
You can proceed with the installation of a hybrid solar power system once you have prepared the following components:
Hybrid inverter
Solar panels
Battery
Mounting system
AC and DC disconnects
PV cables
AC cables
Battery cables
Grounding kit
Installation accessories
Ideal Conditions for Hybrid Solar Power System Installation
After understanding the installation costs, the next step is identifying the ideal location for the system. To do this, it helps to review the characteristics of hybrid solar power systems.
This type of system is characterized by its ability to utilize both battery storage and the main grid (PLN) to generate electricity, offering flexibility in power source selection.
If you desire a reliable and flexible electricity supply, a hybrid solar power system is an ideal choice.
Hybrid Solar Power System Installation Services are Available from Batari Energy
Batari Energy helps manage your finances by addressing electricity bill concerns. A hybrid solar power system offers a solution for securing a power supply without disrupting your financial plans.
Batari Energy provides hybrid solar power system installation services across all regions of Indonesia. Click this link for more information!