Green energy is a form of energy generated using natural resources, including sunlight, wind, or water. It is often derived from renewable energy sources, but many differences exist between renewable energy and green energy; Hence it cannot be categorized as one. The main benefit of these energy resources is that they do not harm the environment. Energy concerns are central to military service operations around the world.
The interplay between military and nonmilitary energy problems is rarely addressed explicitly in the mainstream press, despite Green Power concerns calling attention to this interaction. The Armed Forces have also long played a leading role in research, development and acquisition of specific energy solutions. More recently, the Department of Research and Development has turned to energy efficiency in home country hardware, as well as adopting renewable energy initiatives in areas ranging from small grid configurations to supplemental fuels for major weapon systems.
While the security and environmental aspects of energy management are present in the military, the military interprets and relates these concepts differently. In the defense system realm, energy has the potential to be a partner in military supremacy and, through denial, a weapon of mass destruction in its own right. Defense energy and security initiatives are increasingly focused on achieving military missions and strategic goals.
Energy concerns have been critical to the mission of military forces around the world for a long time. These are operations such as those in the theater of conflict, the functions of land, air and water transport, as well as settings and forward operating bases. The discussion centered around green energy and the new difficulties facing the military. Almost every mission assigned to the Army is powered by power, and the main objective is to ensure the ultimate mission and additional benefits on the battlefield.
As a result, “security” is obtained by providing power to communications networks and the main competent military apparatus with the preferred degree of efficiency, range and readiness. However, due to the poor resupply of military theaters and the combat edge, safety is gained by reducing the power required for vehicles and forward positions.
Enhance military efficiency
Energy efficiency is vital to effective intelligence and defense. Portable solar devices, for example, make troops less vulnerable to adversaries in times of armed conflict, while cargo ships transporting diesel fuel through war zones are at great risk. Naval ships can also be an easy sign, and therefore they are not exempt from threat. A good example of such a situation is when the USS Cole was attacked in a Yemeni port in 2000 in an attempt to refuel. Al-Qaeda operatives brutally killed a total of 17 sailors. To prevent such problems, Navy ships can use hybrid gas-electric warships that need fewer stops, making them safer. In addition, warships have a higher operational range and can stay at sea longer.
The release of green energy at military facilities diversifies the energy supply, increasing energy reliability and flexibility. This, in turn, has a lot to do with the task efficiency and guarantee of facilities, especially in areas prone to power outages caused by bad weather and natural disasters.
Consider eliminating the need to recharge petroleum on the battlefield with the military’s release of solar-powered, high-mobility mine-resistant multifunctional vehicles equipped with switchable power packs that are seamlessly accessible in low-light situations. At the same time, the tanks are equipped with small nuclear reactors that can operate infinitely and 3D print all parts for reconstruction or repair. In addition, troops can replace energy sources by moving. In this case, the military is already developing portable kinematic complexes, such as backpack tires and shoe soles that generate electricity for small generators. This will help increase military efficiency and effectiveness during missions.