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The biggest concern for every person in the world today should be the future of energy, food, and water supply. It is common knowledge that at 7.7 billion, the world is already overpopulated, implying that the available resources regarding food, water, and energy are insufficient for the ballooning population.
Water is essential to the earth's ecosystem as every life depends on it. It is consumed throughout food production, from providing drinking water for humans and animals and growing their food to the production process of meat. The United Nations maintains that water, food, and energy are crucial to sustainable economic development in the long run. Due to the rising population, rapid urban development, changing diets, and economic growth, the demand for all three is on an upward trajectory. The UN also reports that more than one-quarter of the energy produced on the earth is used for food production, while agriculture is regarded as the biggest consumer of fresh water.
GGOE believes the solutions to the current and future problems rely on innovations and inventions to ensure sustainable energy and water supply. Researchers have a common consensus that access to safe water is a fundamental remedy for poverty. They acknowledge that water and poverty are linked inextricably, so whenever there is no safe water, the poverty index rises. Presently more than seven hundred million people live without access to safe water.
This vision brief outlines how GGOE intends to provide humanitarian solutions to the dangers mentioned through sustainable energy and water production. The global energy mix is still dominated by fossil fuel production, which is highly water-intensive. Furthermore, fossil fuels have some damaging environmental consequences, including land degradation, water pollution, emission of toxic gases, global warming, and other forms of air pollution. This has led to significant developments in other forms of energy to facilitate a shift to more environmentally friendly solutions. Key among these alternatives have been wind and solar, but these are still quite some distance from meeting the levels required to replace fossil fuel energy supply. For example, they both rely on the prevailing weather conditions to provide energy; that is, there is no wind energy when the atmosphere lacks strong winds, and there is solar power in the absence of the sun. The case for solar is made worse because no energy can be produced at all during the night. This calls for much more support through less water-intensive renewable energy that is climate independent. A good example is a geothermal energy which produces power regardless of the prevailing climatic condition. However, in this case, we will make an argument for the GGOE Mechanical Gearbox designed to fulfill the global energy deficiency.
The GGEO gearbox represents a solution for now and the future. The gearbox can supply sustained energy 24 hours a day, seven days a week. It is a perfect alternative to renewable energy sources like solar and wind that primarily rely on favorable climatic conditions to supply energy. The mechanical box has zero emissions and provides endless energy with no regard to whether there is a presence of wind or the sun. It is designed to supply sustainable energy with integration to the energy demands of households in their homes, cars, and other operating environments that require energy supply, like the manufacturing sector. In economics, it is a permanent solution to free energy supply with only the initial purchase cost incurred by users, after which they are not expected to pay anything else.
There are numerous the world stands to gain by shifting towards practices that would ensure water, food, and energy is maintained for the long term. The most general and common for all three is that lives will be saved, health status will improve, and quality of life will improve.
Sustainable energy goes hand in hand with renewable energy. The leading global objectives concerning the use of natural resources as laid out in the United Nations Sustainable Developments Goals is to ensure their sustainable use in addition to the rational and responsible use of non-renewable resources. Over the past two decades, regulations for promoting sustainable renewable energy use have been enacted in many countries worldwide. The need to satisfy the current energy demands and the significant environmental threats other sources pose, informs the necessity for modern-day interventions such as the GGOE gearbox that guarantees reliable free energy for life. Climate change and environmental degradation are expected to be of considerable concern for the growing population in the near future. An energy source that is friendly and less reliant on the climatic conditions of the environment will go a long way in ensuring the environmental conditions do not get to the damaging levels for the population.
Renewable energy sources guarantee increased energy security and low maintenance costs for renewable technology. When one generates electricity through renewable energy sources, they increase their energy security (Gielen et al., 2019). This is because reliance on other energy sources creates vulnerability to the external influences on the energy supply. Depending on the surrounding, these threats may vary from war, sanctions, and supply or demand issues. These external factors affect the price and availability of energy. Hence, because the supply of non-renewable energy is not controlled or regulated by anyone, it increases energy security and prevents inconveniences caused by potential interruptions from external complications. Renewable energy sources may be complex to install, but once that hurdle is crossed, little maintenance is required. This is especially true for the GGOE gearbox; after installation, it will happily sit there generating power daily. While some care may be necessary over time, the technology does not require constant monitoring.
Sustainable food and water supply involve providing these nutrition and sanitation requirements while protecting land, energy, and water resources to sustain supply for the coming generations. Achieving sustainable food supply entails various strategies, including organic farming, permaculture, and urban farming initiatives.
A sustainable food supply approach is the globally popular organic farming which involves growing crops without using chemicals like artificial fertilizers, pesticides, and insecticides. It harmoniously works with nature to reduce its environmental impacts. The yields in this type of farming may be lower. Still, the quality of agricultural products is highly authentic, with minimal risks of infections that might arise if techniques involving the use of chemicals were employed. Permaculture is an akin approach to organic farming in the sense that it encourages harmony between agriculture and the environment of the farm. It involves organic gardening and farming practices, just like the former. However, it goes outside such activities and integrates the gardens and homes to create less impacting lives on the environment. It advocates for a sustainable lifestyle involving maintainable methods that include rainwater harvesting, crop rotation, composting, and woodland management. It has not been widely adopted but has a significant geographical presence worldwide. Adopting renewable energy sources like the GGOE gearbox in energy production while maintaining the permaculture practices is a sure way of ensuring sustainable food and water supply for the long term while conserving the environment for healthy living.
Concerns about where our food comes from are continuously gaining prominence in nearly every region of the world. Recent times have seen growth in demand for food items like meat and fish to come from sources that can be sustained. Food labels have been adopted to provide consumers with this information, offering them the opportunity to make a difference. As a result of these demands, the concepts of sustainable fishing and sustainable livestock have emerged. Sustainable fishing is concerned with fish stock conservation and ending overfishing. For instance, the European Union issues fishing controls to all its members. The techniques adopted under sustainable fishing comprise using lines and poles instead of nets and returning fish that are too small in size. Sustainable livestock includes low-intensity grazing on pasture with reduced use of vaccines and chemical elements. The most popular approach is free-range farming, familiar with chicken and pig rearing. These practices are widespread today because of the higher standards of animal welfare and benefits to the environment that they come with. They have greater sustainability than the high-intensity systems in various parts of the world. Nonetheless, for these food conservation initiatives to be successful in the long run, sustainable energy has to be involved. For instance, fossil fuels are considered the greatest risk to aquatic life in the Gulf region. If options to move from fossil fuel to sustainable solutions to energy are implemented, marine life will be protected, and sustainable fishing may become viable.
Other approaches to sustainable food involve a shift toward seasonal food consumption and reduced waste and losses. Food from refrigerated vehicles and air freight services can be available all year round, regardless of the prevailing season. Nonetheless, the option is not sustainable, considering food transportation is associated with high greenhouse gas emissions. For this challenge to be subverted, people have turned to buying local seasonal food items from farm shops, farmers' markets, and supermarkets. This is essential in reducing food transport distances and carbon footprints. This approach also guarantees job opportunities and support for the local economy. There have been campaigns to adopt measures that facilitate reduced food waste and losses. It is estimated that one-third of all the food produced is wasted. Due to their short shelf life span, fruits and vegetables form up to 60% of food waste. Strategies adopted to help deal with this challenge include improving transport infrastructure, cold storage, food processing to increase life span, and food consumption in the order of expiry. If well integrated with sustainable energy technologies, these strategies will significantly reduce food losses and waste.
GGOE is the world's mechanical gearbox that can fill the global energy supply gap. The organization is the first solution-based consultancy providing clean, economical, safe, and free energy solutions worldwide. The solutions provided by the company specialize in the tailored design and implementation of the gearbox. This product ensures an endless supply of free electricity eliminating reliance on local power grids, expensive power storage batteries, or solar. The users do not need to worry about electricity bills as they only need to enjoy the free and endless supply guaranteed by the mechanical gearbox. The solution frees power consumers from reliance on energy retailers saving them money while at the same time offering safe energy that is focused on ensuring environmental conservation in the short, medium, and long term. It represents the ideal solution to renewable energy supply due to the many advantages over other renewable energy sources, including power and wind. Besides energy, GGOE has adopted a technology to generate safe drinking water from the atmosphere. The goal is to guarantee endless electricity and drinking water supply to remote areas.
The following are some of the reasons that make the GGOE gearbox better than other energy sources;
Other renewable energy sources' upfront costs are higher than the cost of the GGOE gearbox. People have traditionally shied away from using renewable sources because the technology used to harness the electricity usually costs much more than the traditional power generators (Halkos et al., 2020). Hence, the initial cost of setting up these energy plants is generally regarded as a significant drawback. For example, the initial cost of buying the system is very high in the case of solar. In addition, it has serious overhead costs, including the inverter, mounting hardware, wiring, and installation. The cost of a battery storage system for solar is also high, and the average peak performance is limited to 4 to 5 hours per day, implying an individual needs to rely on other sources as well. This is contrary to the case of the GGOE gearbox, where the equipment can be purchased for home and business at a minimal one-time cost. The box costs $5,990 for a 10KW system with an average system. The installation process is straightforward, as any licensed electrician can do it.
Electricity generated from renewable sources like solar must be used as the production takes place, which is only limited to 6 hours daily maximum. The other alternative is storing the generated power in larger batteries, which are very expensive. Clients opting for a smaller 14 KW battery still incur high costs in purchase and installation. For instance, three such batteries will be necessary for a four-bedroom home requiring one day of energy backup (GGOE, n.d). With the GGOE gearbox, the cost of power storage is free. This is because the mechanical gearbox guarantees continuous electricity production, implying there will be no need to store any power. Those who purchase the gearbox are guaranteed free electricity throughout the day with no limitation on peak production hours and no need to invest in energy storage gadgets.
The majority of other renewable energy sources are highly reliant on the weather for energy production. This has been a significant drawback discouraging many people from adopting them. Because of the weather variables that determine whether one can collect renewable energy, there has been continued reliance on fossil fuels, which has significant implications for the environment (Halkos et al., 2020). For instance, solar energy strictly relies on sunshine. Hence, electricity production using this source cannot happen at night, allowing users to either store enough energy for night usage or connect to alternative sources like the local utility grid. The implication is that the user of such power will have to pay more for energy on top of the high costs incurred in acquiring the solar panels. When the weather is cloudy or stormy, the amount of energy an individual can produce is also restricted because such weather blocks the light rays required by the solar panels to have energy. The GGOE gearbox does not rely on the weather; therefore, the energy supply is guaranteed come sun, rain, or clouds. An endless power supply is available at all times.
Contrary to the GGOE gearbox, other renewable energy sources like solar need to be relayed on an alternative energy source like the local utility to meet the daily production requirements. The insufficient power production in solar systems creates a significant gap between the low supply and demand, leading to continued reliance on alternative sources like fossil fuel which is no longer ideal. With the GGOE gearbox, energy generation happens so that users do not have to depend on other alternatives to meet the daily power demands. The product guarantees its users a 100% off-grid environment-friendly lifestyle in the suburbs or remote areas.
With solar power, the required installation area depends on how much energy a person intends to produce. This means that the more electricity an individual needs, the more solar panels they will need, informed by the need to collect as much sunlight as possible. Among households, the panels can be installed on the roof to meet some of their electricity needs, but for big companies with a demand for high voltage, extensive installation areas are necessary to guarantee consistent electricity supply (GGOE, n.d). The GGOE saves space for its users as it does not require large installation areas like in the case of solar. The mechanical box can easily fit in any small room or garage.
The use of solar energy is associated with significant environmental damage in terms of pollution and waste. In addition to land and water use, corruption, and habitat loss, the manufacturing process for solar panels uses highly hazardous materials. Cadmium, lead, and 'extremely toxic' metals are compounds found in solar panels. The production process also involves other toxic and hazardous materials, including gallium, copper-indium-gallium-diselenide, hydrochloric acid, arsenide, sulfuric acid, hydrogen fluoride, nitric acid, acetone, and 1,1,1-trichloroethane. These harmful substances are being irresponsibly disposed of in fields leading to air, soil, and water pollution. On the other hand, the gearbox machine has zero emissions. Hence, there are no risks of pollution, waste, or air and water contamination.
GGOE represents a perfect solution to the present and future environmental conservation needs. With climate change threatening to damage the status quo concerning food, energy, and water supply, we believe the solution lies in innovative measures such as the GGOE mechanical gearbox. The solution has zero environmental impact and guarantees sustainable electricity supply for households and businesses in the suburbs and remote areas globally. However, for full implementation of this project, the company requires strategic partners with shared interests concerning sustainable energy, food, and water production. The strategic partners are needed in two separate categories that are crucial to the solution's implementation goals. GGOE calls for partners with the ability to manufacture transmission gearboxes. This is an opportunity for such companies to gain financially while contributing to the more significant cause of ensuring long-term sustainable environmental management.
GGOE also requires industry-specific partners to offer financial aid to remote communities. Statistics indicate that most of this sector of communities live below $2 per day. As such, they require financial assistance to benefit from the green energy solutions, which we believe are becoming necessary for every member of the human fraternity. This category includes firms like investment banks and microfinance institutions that provide people in rural areas with loan financing services. GGOE is gifting a gearbox patent and patent technology to suitable partners. The partner selection process is carefully undertaken to ensure only the perfect fit is selected. Hence, those with a shared interest in providing a better future for the next generations are encouraged to apply and join the green energy movement.
