Solar Panel Systems
Switch to sustainable energy
NBE Global offers cutting-edge Solar Panel Systems designed for sustainable and efficient energy solutions. The energy solution of the future is here! We are excited to present our range of NBE solar panel systems, which allow you to produce your own sustainable energy directly from the sun. Our solar panel systems are designed to provide efficient and reliable solutions for both private homes and businesses.
25 different packages
Create your own sustainable energy source with our impressive selection of solar panel systems available in 25 different sizes (kWh). Whether you want to include a battery to store excess energy or not, we have the perfect solution for you. Choose a system with a hybrid inverter if you want to add a battery and enjoy the benefits of energy storage.
Alternatively, you can opt for a system with a standard inverter for a simpler and more cost-effective solution. All our systems come with a mounting system, so you can start producing your own solar energy quickly and easily.
Below, you can see one of the 25 different systems that we have assembled for you. Here you can see what the package includes:
Solar Panel System 6.37 kW Edge with 3-phase Growatt hybrid inverter, 7.5 kWh battery & mounting system
| Quantity | Product |
| 14 pcs. | Solar panel 455W Edge |
| 50 m | Cable for solar panel (PV 4mm2, red) |
| 50 m | Cable for solar panel (PV 4mm2, black) |
| 4 pcs. | MC4 connector for solar panel (male & female) |
| 8 pcs. | Rail 4200x55x28mm |
| 8 pcs. | Rail connector |
| 24 pcs. | Hex bolt M10x200mm |
| 24 pcs. | Mounting bracket for solar panel 35mm |
| 8 pcs. | Start bracket for solar panel 35mm |
| 4 pcs. | Grounding bracket |
| 24 pcs. | Cable clips for solar panels |
| 1 pc. | Growatt hybrid inverter, SPH 6000TL3 BH-UP 6kW 3-phase |
| 1 pc. | Growatt ShineWiFi-X module |
| 3 pcs. | Growatt battery, ARK 2.5H-A1 HV |
| 1 pc. | Growatt BMS for ARK HV battery, HVC 60050-A1 |
| 1 pc. | Growatt cable kit, ARK 2.5H-A1 |
| 1 pc. | Growatt ARK battery base |
Should You Choose Solar Panels with or without a Battery?
When it comes to solar panel systems with batteries, it depends on your consumption pattern—specifically, when during the day you use electricity and how much you use. It’s also important to assess which appliances you have that consume electricity at certain times of the day or year. For many private households, it might be a good idea to install a solar panel system with a battery.
Consumption Pattern
If you have a typical consumption pattern, like a family that works during the day and is home in the evening, you usually use a lot of electricity in the morning and evening. The sun shines most during the daytime, so in this case, you should consider solar panels with a battery. The family can buy electricity from the grid in the morning, but during the late morning, when the sun is strongest, the solar panel system with a battery will start charging. When the family comes home in the late afternoon, the batteries will be fully charged. You can then use the electricity from the batteries in the evening, while the batteries deplete during the night. Of course, the depletion depends on the battery’s size and how much electricity you use.
If you are mainly at home during the day, such as a retiree, night worker, or someone with a home office, your consumption pattern looks different. You use electricity while the sun is shining. If you’re also good at using appliances like the dishwasher, washing machine, dryer, etc., during this time, it might mean you don’t need such a large battery. In other words, you should install solar panels with a battery, but consider the battery’s capacity.
A Good Investment
In many cases, it is a better investment to buy solar panels than to leave your money in the bank. The return on investment in solar panels is usually between 6-15%, which is typically not achieved by keeping your money in the bank. At the same time, you’re doing something good for the environment, as solar energy is one of the cleanest energy sources.
The payback period for a solar panel system is typically 6-10 years, whether it has a battery or not. The investment costs are, of course, higher for a solar panel system with a battery than for one without. However, after, for example, 20 years, the accumulated return is typically 50-70% higher for a solar panel system with a battery.
Before purchasing a solar system
- Energy Consumption:
Start by analyzing your current energy consumption. Review your electricity bills and identify how much electricity you consume annually. This will help you determine the size of the solar panel system you need to cover your energy consumption. - Roof Assessment:
Evaluate your roof’s suitability for solar panel installation. The roof should have sufficient space and be in good condition to support the solar panels. Check the roof’s orientation and pitch, as solar panels work best on south-facing roofs with a pitch between 15 and 40 degrees. - Laws and Regulations:
Research local laws and regulations regarding solar panel systems. Some areas have specific requirements for permits, installation, and connection to the grid. Be aware of any fees or charges associated with the solar panel system, as well as rules for grid connection and net metering. - Economics:
Explore the financial aspects of acquiring a solar panel system. Assess the cost of the solar panel system, including installation, as well as any connection or permit fees. Calculate the expected payback period based on your energy savings and any available subsidies, tax incentives, or net metering arrangements in your area.
- Electric Vehicle Charging:
If you own or plan to acquire an electric vehicle, consider integrating the solar panel system with your charging infrastructure. Check if the solar panel system can provide enough electricity to cover your EV needs. Assess whether you need a larger solar panel system or a higher-capacity charging station. Also, verify the compatibility between the solar panel system and the charging infrastructure, including charging plugs and charging times. Using solar energy to charge your EV can reduce your transportation costs and contribute to additional CO2 savings. Make sure to discuss your needs with the solar installer and any EV manufacturers or specialists to ensure an optimal solution for both the solar panel system and the EV charger. - Maintenance:
Clear up the maintenance requirements for the solar panel system. Typically, solar panels require minimal maintenance, but regular cleaning of the panels may be necessary. - Grid Connection and Net Metering:
Consult with the grid provider about connecting the solar panel system to the grid and the necessary formalities. Also, inquire about net metering arrangements, where excess energy can be sold back to the grid and used as credit for later use. - Environmental Impact:
Consider the positive environmental impact of the solar panel system. Solar energy is a clean and renewable energy source that reduces greenhouse gas emissions and reliance on fossil fuels. Evaluate the potential CO2 savings of the solar panel system and its contribution to a sustainable future.
Review these considerations and make an informed decision about acquiring a solar panel system that best fits your needs and circumstances. It is also recommended to consult with experts and professionals for additional guidance in the process.