Installing a solar power system (PLTS) to meet daily electricity needs requires adherence to specific specifications to ensure a reliable energy supply. Generally, storage capacity is designed to exceed consumption capacity to safeguard the system's components.
If energy storage capacity is lower than consumption capacity, a power imbalance occurs, which negatively impacts battery lifespan. Beyond specifications, the installation of a solar power system raises a key question: can the system be customized to meet specific needs?
From an engineering perspective, customization is an option when off-the-shelf components do not meet your requirements. For instance, if your needs call for a 12V 500Ah battery but the market only offers 12V 200Ah units, you would need to purchase three of the latter to meet the required capacity.
What is a Custom Solar Power System (PV)?
A custom solar power system is ideal for those seeking an energy solution tailored to specific power, size, and capacity requirements. The goal is to enhance efficiency by customizing voltage, materials, and wiring configurations.
Custom systems offer flexibility, specialized materials, and performance tailored to specific needs.
Flexibility in design allows for installation on various surfaces, such as curved roofs or buildings with classical architecture.
Since the system is not a standard factory-produced unit, materials can be selected to suit the specific geographic location, ensuring high durability for use in extreme conditions.
Furthermore, a custom system can be aligned with your specific objectives. By understanding the intended use, technicians can adjust lighting points and configure the system to meet your exact needs.
Components of a Custom Solar Power System
The components used in a custom solar power system include solar panels, batteries, and inverters. Additionally, the system incorporates cabling and mounting structures for the solar panels.
1. Solar Panels
Solar panels, often referred to as photovoltaic cells are components that convert solar energy into electrical energy. This energy conversion process relies on the photovoltaic effect.
Solar panel capacity is directly proportional to the power output generated; the higher the module's capacity, the greater the electrical power produced. ### 2. Battery The battery stores power generated from energy conversion. Electrical power from the battery can be utilized when there is no sunlight or during the night.
2. Inverter
The inverter is a component that converts direct current (DC) into alternating current (AC). DC power originates from the solar panels and is converted into AC power to enable the operation of household electronic appliances.
The inverter also regulates power stability by monitoring electrical current performance. A key advantage of the inverter is its ability to manage efficiency levels to ensure optimal power supply.
Custom Solar Power System (PLTS) Installation by Batari Energy
Custom solar power system installations are tailored to specific capacity requirements and usage objectives. The process involves site surveys, system selection, installation, and testing.
Site survey: Identifying and determining the optimal position by considering geographical location, the sun's path, shading patterns, and the installation site.
System selection: You can choose between a solar power system with a battery or one without a battery.
Installation: Mounting and connecting the solar power system components.
Testing: Verifying the system's functionality to ensure the custom solar power system meets specifications.
Installing a solar power system can be a time-consuming process, especially when it comes to identifying the location that yields the best performance.
You can entrust this task to Batari Energy. We provide custom solar power system installation services for energy supply needs ranging from residential to industrial scales. If you are interested in installing a custom solar power system, click this link for more information!