Fortunately, solar energy is experiencing remarkable growth worldwide, driven by the search for clean and sustainable energy sources.
In the agribusiness sector, this trend stands out as an exemplary solution for reducing operating costs and promoting sustainability.
After all, agriculture and livestock farming require a significant amount of electricity. Therefore, adopting photovoltaic energy systems offers producers the opportunity to generate electricity from the sun, reducing their expenses and reducing their carbon footprint.
Therefore, solar energy is a smart choice for the future of agribusiness. Want to learn more about this topic? Then stay with us!
7 advantages of solar energy for agribusiness
As we've seen, solar energy is emerging as an essential energy source for agribusiness. After all, it offers a number of significant advantages. Check it out!
- Cost reduction: Installing solar panels allows for a substantial reduction in electricity costs, thus helping farmers save money in the long run.
- Environmental sustainability: Solar energy is a clean energy source. It reduces greenhouse gas emissions and contributes to more sustainable agricultural practices;
- Increased self-sufficiency: photovoltaic systems allow agricultural properties to generate their own electricity, reducing dependence on the electricity grid;
- Low maintenance: Solar panels have minimal maintenance costs and a long lifespan, making them an economical choice for agribusiness.
- Remote access: rural properties can have access to energy even in remote areas, improving operational efficiency;
- Property appreciation: installing solar systems can increase the value of agricultural properties;
- Energy storage: the combination of solar systems with energy storage allows continuous use, even at night or on cloudy days
Understand how solar energy systems work for agribusiness
Solar energy systems for agribusiness are a versatile and cost-effective solution for meeting the sector's energy demands. Learn how they work.
Off-grid photovoltaic systems
These systems are independent of the conventional power grid, storing energy in batteries for continuous use even when the sun isn't shining. Therefore, they are ideal for remote or hard-to-reach areas where grid connection is unfeasible.
Grid-connected photovoltaic systems (on grid)
These systems leverage the conventional power grid to feed excess solar energy back into the grid, generating credits on your electricity bill. Therefore, they're ideal for properties that already have access to the grid and want to reduce costs.Read also: Solar energy: what are the differences between on-grid, off-grid and hybrid
Distributed generation
Distributed generation is the decentralized production of energy (usually from renewable sources such as solar or wind power) installed near consumption areas. This allows excess energy to be fed back into the grid, generating credits to compensate for periods of low generation.
These credits can then be used to reduce energy bills during periods of low solar radiation. Furthermore, they can be shared with other properties—as long as they are on the same distribution network.
RN 687, of 2015, introduced three new types of distributed generation:
- development with multiple consumer units (condominiums);
- shared generation (different consumers); and
- self-consumption remote (use of credits on different properties, as long as they are in the same distribution network).
So now, the solar energy is possible! For this, count on Trifásica Elétrica! We offer complete solar energy solutions, including high-quality, high-performance components, equipment, and kits, as well as cubicles, circuit breakers, transformers, and terminations for your solar project. We offer short turnaround times, a nationwide warranty, and competitive prices.
Want to know more? Then, contact us right now and request a quote! Remember: your journey to solar energy starts here.
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