HBOWA On Grid Solar System
On-grid solar system is the simplest and cheapest solar solution for many household uses, it consists of solar panels and an on-grid inverter, with no energy storage battery. The on-grid solar system is suitable for households, public utilities, industrial power stations, or government electrical stations, ensures electricity supply, and feeds excess power back into the grid, which greatly reduces the electricity bill and even gets a subsidy in return.
HBOWA NEW ENERGY is a professional solar power systems supplier with rich design and installation experience in on-grid, off-grid, and hybrid solar systems for residential and commercial electricity use, we provide one-stop solutions for your solar energy business, join us to bring green energy to the world now.
On Grid Solar System - With Growatt Inverters
3KW 5KW 6KW on grid solar systems for residential use.
8KW 10KW on grid solar system for residential use.
11KW 15KW 20KW 22KW 25KW on grid solar system three phase.
Three phase 25KW 30KW 33KW 36KW 40KW on grid solar system
On Grid Solar System - With Deye Inverters
HBOWA On Grid Solar System Features
Our solar systems are durable, and built with good materials, strict quality control, have a long service life.
The solar system is a clean and renewable source of power and generates no greenhouse gas emissions.
With our technological advancements, the cost of solar systems has dropped, enhancing economic efficiency.
Our solar power systems are suitable for household use, industrial and commercial power use, and so on.
Customized On grid Solar Energy System
As a manufacturer of solar panels, solar batteries, and solar inverters, we have extensive experience in providing grid-tied solutions and measures to our customers. We assist you in analyzing the specific circumstances and installation environment of your clients, offering customized solutions tailored to their needs. For the inverters in the grid-tied systems, we provide our own brand as well as various renowned brands such as Growatt, Deye, and GoodWe, etc, to meet your diverse requirements.
Competitive Solar System Prices
HBOWA boasts a full set of automated production lines and implements strict quality control, significantly enhancing production efficiency and shortening delivery times. We maintain close partnerships with top 10 raw material suppliers, greatly reducing our production costs. Our mature supply chain and robust production capabilities will provide strong support for the flourishing growth of your solar business.
Technical Support
All HBOWA solar system products, including solar panels, solar inverters, and solar storage batteries, come with comprehensive after-sales service and technical support. For installation guidance on small solar storage systems, you can refer to our instructional videos on our YouTube channel. For larger solar systems, we have a dedicated technical team available to provide on-site installation guidance. Should you have any questions or concerns during the installation or after-sales maintenance process, please feel free to contact us, and we will respond within 24 hours.
On Grid Solar Power System
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It really depends on your detailed requirements. Relatively speaking, the grid-connected system is more cost-effective than the off-grid system. There is no need to purchase additional energy storage batteries, and the excess power generated by solar energy can be fed into the national grid, which can save a lot of electricity bills. But if customers live in remote areas and have difficulty connecting to the grid, then the off-grid solar system will be the best choice.
The on-grid solar systems do not include energy storage batteries, which means they only connect to the main grid. While ensuring the daily electricity power use, the on-grid system will support selling the excess electricity back to the main grid.
The hybrid system has both the on-grid and off-grid solar system functions, it includes solar panels, a hybrid solar inverter, and an energy storage battery. While ensuring the daily electricity power use, the hybrid system will store excess power in the battery. During the power outage, the battery can be used as a power backup source.
Sure. HBOWA is the source factory of solar panels, solar lithium batteries, and solar inverters. We support OEM/ODM service. Just tell us your detailed needs, and we will provide a tailored on-grid system for you.
The primary conditions for installing on-grid solar systems include having a stable and reliable public utility grid, along with local policies that support selling excess electricity back to the grid. Ideal locations include sunny regions such as Australia, Spain, Italy, the Middle East, North Africa, and many parts of Southeast Asia, etc.
Distributed solar panel systems are equipped with lightning protection devices, so there is no need to disconnect them. For safety, it is also recommended to disconnect the circuit breaker switch of the combiner box.
The solar panels in the photovoltaic grid-connected system must pass strict tests such as the maximum static load of 5400PA on the front, the maximum static load of 2400PA on the back, and the impact of hail with a diameter of 25MM at a speed of 23M/S seconds, so it will not cause harm to the photovoltaic power generation system.
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People Also Ask
When installing photovoltaic systems, it is important to consider the following seven points:
1. Avoid shading: Do not install PV panels in areas where trees, buildings, or other large objects might block sunlight, as this will affect the power generation rate of the PV system.
2. Keep away from fire hazards: Do not install PV panels near open flames or flammable materials to prevent damage to the PV system.
3. Prevent short-circuiting: Avoid short-circuiting the positive and negative terminals of the PV panels. Ensure there are no gaps between connections to prevent fires or explosions in the PV system.
4. Regularly check mounting structures: Frequently inspect the mounting structures for any looseness and tighten them if necessary.
5. Inspect wiring connections: Regularly check the connections of all wiring and plug points.
6. Avoid obstructions: Do not cover PV panels with objects or fabric. If there are parapet walls on the roof, avoid them to cover the panels to prevent high voltage from damaging the solar panels.
7. Protect inverters: Avoid exposing inverters to direct sunlight, which can cause additional internal heating. Install inverters in shaded or cool areas.
After the distributed on-grid solar system is installed, the power grid company will conduct an inspection and acceptance of the grid connection. After the acceptance is qualified, two electricity meters (or bidirectional meters) will be installed in the owner’s home. The two meters will independently measure the power generation of the photovoltaic system and the power consumption of the city’s electricity.
The installation of solar systems on commercial and industrial rooftops should be designed based on the specific location and orientation.
On concrete rooftops, we can install solar panels at the optimal tilt angle to maximize power generation.
Additionally, concrete rooftops often have parapet walls, air conditioning units, and obstructions from taller buildings. When installing, these areas should be avoided, as such obstructions can block sunlight from reaching the solar panels. Over time, this can create hot spot effects that reduce the power output of the solar panels.
For color steel tile roofs, the roof’s tilt angle is typically smaller. Therefore, the tilt angle of the solar panels will also be smaller during installation, resulting in relatively lower power generation. Before installation, it is necessary to let customers know these in advance.
The principle of an inverter is to convert the direct current (DC) generated by photovoltaic (PV) systems into the alternating current (AC) used in households. The quality of the inverter directly affects the efficiency and stability of the PV system. Therefore, it is important to select a suitable inverter. Here are several aspects to consider when choosing an inverter:
1. Efficiency The efficiency of an inverter is a key indicator of its conversion performance. A high-efficiency inverter can better convert the DC generated by solar panels into usable AC power. For example, an inverter with 98% efficiency will have significantly lower energy losses compared to one with 95% efficiency.
2. Brand It is crucial to choose inverters from well-known brands, which typically offer better product quality and more reliable after-sales service. For example, HBOWA collaborates closely with several reputable domestic brands such as Growatt, Deye, and GoodWe, providing diverse options for customers.
3. Compatibility The inverter must be compatible with both the solar panels and the electrical system in the customer’s area. For instance, if the selected solar panel system has a power rating of 10 kW, you need an inverter that supports this power level. Compatibility is essential.
4. Features Consider whether the inverter has additional features such as data monitoring and smart networking capabilities, which can enhance convenience and usability.
5. Price Choose an inverter by balancing quality, service, and price to find the most suitable option.
In summary, when selecting an inverter, consider the customer’s specific usage scenarios and situations, along with the inverter’s efficiency, brand, compatibility, features, and price to find the most suitable inverter.
After signing the relevant agreement on grid-connected electricity with the grid company, the grid company will measure the unused grid-connected electricity and pay it to the project owner in a timely manner according to the price and subsidy standards stipulated by the state and the electricity fee settlement cycle.
Photovoltaic modules can generate electricity under certain weak light conditions. However, due to continuous rainy or foggy weather, the solar radiation illumination is low. If the working voltage of the photovoltaic system does not reach the starting voltage of the inverter, the solar system will not work. The grid-connected power generation system and the distribution network are operated in parallel. When the photovoltaic system cannot meet the load demand and does not work, the electricity from the grid will automatically supplement it, and there will be no problems of power shortage and outage.