This project pioneers a modφ♠el that integrates renewable♣© energy with traditional λ≤industries, creating synergies between aquacul<÷★★ture and solar power.
Water's natural cooling ef£™♥fect enhances the efficiency and lifes≈♠≈♦pan of PV modules.
Reduces water evaporation, maintains wa'ε ♥ter quality, and supp✘orts ecological protection.
Delivers a substantial amount of clean energy, φ♥λsignificantly boosting the local s∑₽™γhare of renewables.
Utilizes advanced PV technology and high-effic✔¥iency modules to maximize power gene&∏ ←ration efficiency.
Elevates PV power to 110kV, minimizing tranλ≠Ωσsmission losses and ensuri"₩ng efficient power deliverδεβy.
Equipped with state-of-the-art electrical e&≥'quipment and control sy¶®α≤stems for stable and ♣εreliable power transmission.§•λ
Electricity is transmitted←★↓★ to the grid via feeder lines, fac≤∏λ©ilitating broad distribution and utiε←←→lization.
Comprehensive infrastru₹§cture development, inclu©→♠Ωding transmission towers, conductors, ♠ε∞and substations, ensures the integrity an↑₽ d security of the transmission ∏®system.
Utilizing the water surf↕★≥≤ace for PV generation avoids extensive lΩ∏and use.
Combining electricity production and aquacσ✔★↔ulture maximizes space efficiency and water utili¶λzation.
Clean energy reduces fossil fuel relianceλ<, lowers carbon emissions, and improv™♠es air quality.
The shading effect of PV pa'' αnels helps to cools the water, inhibits ®✘algae growth, and enhances water qual≤₩☆ity.
Dual income from PV power and aquaculture b✘☆≈♠oosts project profitability.
The project creates jγ"∞βobs, promoting local economic growth✘ ↔β.
Floating technology: The stability and•☆ safety of PV panels floating on water need to"₩ > be addressed.
Waterproof and anti-corrosion: PV modules δ< ♥and electrical equipment need to have ₩¥✘good waterproof and anti-corrosionγ performance to adapt to t✔φ$he water environment.
Initial investment: The project requires a sig♥πσ nificant initial investment, necessitati§≠φ≥ng a reasonable financing plan and financial su§®↔©pport.
Long-term payback: The payback γβ∏★period for photovoltaic p↓↔≥₹ower generation needs to be considered, w€™<"ith proper planning for long-term±★ returns.
Professional team: A p γrofessional operation and maintγ™&enance team is needed to carry ↑≤&♦out regular inspection and maintenance®π of PV equipment and aquaculture faci™" lities.
The shading effect of PV panels hel♣≥ps to cools the water, inhibits algae growth, an¥ d enhances water quality.
