Gwamnati na IEE-Business a Soluci Don Zama da Turuwa na Kashi da Karamin Rabi Don Jibohi Masu Yawanci

Afikaka​

Bayanin da ake bayar ya nuna hanyoyi mai yawa na tattalin arziki na kayayyakin jirgin saman, tattalin kawo sararin jirgin saman, tattalin cika abinci da tattalin kudin ruwa. Tana ce ta gane muhimmanci da ke kan al'umma da suka fi shiga, tare da masu iya daidai, tattalin kawo sararin jirgin saman, tattalin cika abinci da tattalin kudin ruwa. Hanyoyin ya yi nasara da tattalin "kawo sararin jirgin saman - cika abinci - kudin ruwa", an yi hanyoyin da zai iya daidai, tattalin da za'a da lafiya, da kuma tattalin da za'a da lafiya don tattalin tsari na al'ummomi.

​I. Fanni da Dukkantun Bincike​

1. ​Fanni​

Hanyoyin da ake bayar ya haɗa duka fannin, musamman:

• Tattalin Arziki na Kayayyakin Jirgin Saman: Tattalin jirgin saman da tattalin kawo sararin jirgin saman.
• Tattalin Cika Abinci na Kayayyaki: Tattalin cika abinci da tattalin cika abinci.
• Tattalin Kudin Ruwa na Kayayyakin Yadda Ake Amfani Da Ita: Tattalin kudin ruwa na kayayyakin yadda ake amfani da ita.
• Tattalin Ingantaccen Inganci: Tattalin ingantaccen inganci da tattalin ingantaccen inganci.
1. ​Dukkantun Bincike​
• ​Muhimmancin Tattalin Kawo Sararin Jirgin Saman:​​ Al'umma suna da dukkanta wajen tattalin kawo sararin jirgin saman, tare da tattalin kawo sararin jirgin saman, tattalin kawo sararin jirgin saman, tattalin kawo sararin jirgin saman, tattalin kawo sararin jirgin saman, tattalin kawo sararin jirgin saman, tattalin kawo sararin jirgin saman, tattalin kawo sararin jirgin saman, tattalin kawo sararin jirgin saman, tattalin kawo sararin jirgin saman, tattalin kawo sararin jirgin saman, tattalin kawo sararin jirgin saman, tattalin kawo sararin jirgin saman, tattalin kawo sararin jirgin saman, tattalin kawo sararin jirgin saman, tattalin kawo sararin jirgin saman, tattalin kawo sararin jirgin saman, tattalin kawo sararin jirgin saman, tattalin kawo sararin jirgin saman, tattalin kawo sararin jirgin saman, tattalin kawo sararin jirgin saman, tattalin kawo sararin jirgin saman, tattalin kawo sararin jirgin saman, tattalin kawo sararin jirgin saman, tattalin kawo sararin jirgin saman, tattalin kawo sararin jirgin saman, tattalin kawo sararin jirgin saman, tattalin kawo sararin jirgin saman, tattalin kawo sararin jirgin saman, tattalin kawo sararin jirgin saman, tattalin kawo sararin jirgin saman, tattalin kawo sararin jirgin saman, tattalin kawo sararin jirgin saman, tattalin kawo sararin jirgin saman, tattalin kawo sararin jirgin saman, tattalin kawo sararin jirgin saman, tattalin kawo sararin jirgin saman, tattalin kawo sararin jirgin sam......

​II. Hanyoyin Mai Yawa da Tattalin Inganci​

Tsari na haɗa uku masu muhimmanci, suka yi nasara da tattalin ingantaccen inganci.

​III. Tattalin Inganci na Tsari (Uku Masu Muhimmanci)​​

1. ​Ingantaccen Inganci da Tattalin Inganci (Controller-Led)​​

Babban tsari shine tattalin ingantaccen inganci, wanda ya yi nasara da "total wind-solar power generation" da "total load demand (resident consumption + desalination unit consumption)":

• ​Scenario 1: Generation ≥ Load Demand​
• Priority is given to charging the small-capacity batteries to replenish their charge.
• Once batteries are full, the pumped storage unit is automatically activated in pumping mode, converting surplus electricity into potential energy.
• If excess power remains, the seawater desalination unit is prioritized to operate at full capacity, converting electricity into valuable freshwater resources.
• ​Scenario 2: Generation < Load Demand​
• The pumped storage unit is automatically activated in turbine mode for hydroelectric generation.
• Simultaneously, the batteries discharge to handle instantaneous peak loads, working together to cover the generation shortfall and ensure continuous power supply.
1. ​Pumped Hydro Storage Operation Process​
• ​Energy Storage Phase (Low Load / High Renewable Generation):​​ Utilizes low-cost or zero-cost surplus wind/solar power to pump seawater from the lower reservoir (e.g., sea level) to the elevated upper reservoir. This achieves large-scale, long-duration, lossless energy storage.
• ​Energy Release Phase (Peak Load / No Wind or Sun):​​ Utilizes the height difference to release water, which flows down to spin the reversible pump-turbine and generate electricity. This process starts quickly and responds rapidly, effectively smoothing the randomness and intermittency of renewable power output.
2. ​Seawater Desalination Synergistic Process​

Seawater is intake d and passed sequentially through a multi-media filter (removing large particles) and a cartridge filter (fine filtration). It is then pressurized by the high-pressure pump and sent to the reverse osmosis membrane modules to produce freshwater, which is stored in the product water tank. This entire process is driven by system electricity. Acting as an interruptible, adjustable, high-quality load, it perfectly realizes the synergistic concept of "producing water with electricity, using water production for implicit storage."

​IV. Benefits of the Solution​

• ​Maximized Resource Utilization:​​ Fully exploits the island's abundant wind and solar resources, completely replacing or significantly reducing dependence on imported diesel, lowering energy costs at the source, and achieving energy self-sufficiency.
• ​Revolutionary Optimization of Storage Solution:​​ The hybrid storage model, "Pumped Hydro Storage as primary + Small-Capacity Batteries as auxiliary," fundamentally overcomes the four major drawbacks of traditional batteries. It offers absolute advantages: massive storage capacity, long lifespan (decades), environmental friendliness, and low comprehensive cost.
• ​Significantly Enhanced System Power Supply Stability and Reliability:​​ Pumped hydro storage can rapidly respond to load changes, providing strong peak shaving and frequency regulation capabilities. Combined with batteries handling instantaneous fluctuations, it gives the island grid stability and power quality comparable to traditional grids.
• ​Synergistic Satisfaction of Multiple Needs, Killing Multiple Birds with One Stone:​​ Innovatively integrates seawater desalination as a system load, simultaneously solving the two critical survival and development challenges of "lack of electricity" and "lack of water" on islands. It achieves a high degree of integration in "power generation - energy storage - freshwater production," yielding significant comprehensive benefits.
• ​Prominent Environmental and Green Low-Carbon Advantages:​​ The entire process is based on renewable energy, resulting in zero carbon emissions. It drastically reduces the use and pollution associated with lead-acid batteries. It provides a sustainable green development path for island communities, offering substantial ecological benefits.