Renewable Energy | Green Energy

SMART SUSTAINABLE CLEAN ENERGY INTELLIGENTLY MONITORED, CONTROLLED, MANAGED & PROTECTED FROM ONE PLATFORM

Renewable Energy is created from natural resources that do not lead to scarcity or depletion by their consumption due to naturally recurring processes. Such resources are sustainable for an infinite amount of time known as Renewable Resources. The ecosphere is largely composed of these Renewable Resource and are used for the provision of energy since they replenished very fast naturally. Commonly known renewable energy resources include: Solar Energy, Biomass Energy, Wind Power, Ocean, Hydro-power, Hydrogen, and Geothermal. The world is shifting towards renewable sources of energy (clean energy / green energy) to meet its power needs considering the global warming and pollution concerns as well as rising prices of oil and petroleum. The biggest threat to non-renewable energy is that they will deplete eventually and once they are gone they cannot be replaced or revitalized. On the other hand, renewable energy resources are sustainable. Most of the renewable resources are environment-friendly and reduces Air pollution and emission of greenhouse gases, soil contamination, and land degradation thus improving the health of the people while utilizing non-renewable resources like the burning of fossil fuel, etc. imposes a serious threat to the environment and causes Air Pollution. Non-renewable resources are limited to a particular geographical area like petroleum fuel can be found only in several countries. Renewable resources, in contrast, spans wide geographical areas which provide economic benefits and security in terms of energy resources. Renewable energy resources are cheaper, cost-effective and economically viable. Hydro-electricity, Geothermal Electricity, and Solar Power are the cheapest ways of electricity production.

"Off-grid” microgrids are standalone systems that help bring electricity to rural areas, regions that lack basic infrastructure and places whose infrastructure was / is damaged. Micro-grids can be thought of as individual clients within the larger power grid. Microgrids can feature power-generating clients at any point, such as businesses or residences with solar arrays. When those installations produce more power than needed, they feed it back into the grid, usually providing the owners with residual income. At any other time, each microgrid can disconnect itself from the larger grid and keep its clients temporarily electrified in the event of a blackout. Microgrids represent a sort of democratization of the delivery of energy. Many microgrids today run on diesel or other incumbent fuels, meaning they aren’t practical for supporting everyday activities and are more appropriate for short- term emergencies. In addition to generating power and feeding it into the energy grid using renewable means, we also need a maximally resilient system. It must ensure clean power gets where it’s needed immediately and feeds any excess electricity back into the system, and one of the most efficient ways to ensure power during an outage is through microgrids. Transportation, electricity generation and general industry are the three largest contributors to greenhouse gas emissions. We need sweeping changes to the way we generate and distribute electricity. Renewables are cleaner and becoming cheaper than coal, and they are also paving the way for something even more important: smart electric microgrids. Electrifying everything and making our energy portfolios diverse and clean are the big next steps before micro-grids realize their potential.

To continue scaling human civilization without rendering the planet uninhabitable, things need to happen within the energy industry: (1) We need to electrify as much of our transportation technology and our residential and commercial locations as possible. That means solar, wind and geothermal. (2) Once everything’s connected to the power grid, we need it to be as efficient and resilient as possible. Solar power and wind are the two most productive renewable energy sources. However, they don’t cooperate consistently throughout the months and seasons. Since we live in a digital world with several things competing for power, it’s clear renewables need an assist if they’re to power our world without blackouts. As storage battery technology matures and more batteries are attached to microgrids, they’ll become even more resilient and better able to withstand periods of high demand and low production. Sustainable microgrids are a vital tool in the fight against climate change and increasingly common natural disasters. In the wake of hurricanes, earthquakes and wildfires, the traditional energy grid in many parts of the country is struggling to keep the power flowing, causing outages that slow local economies and ultimately put lives at risk. The greatest impact of sustainable microgrids may reach beyond the emergency power they provide , they offer a glimpse of a radically different way how power is produced and used. Sustainable microgrids are finally becoming truly affordable, and in the process are beginning to change the way we think about energy consumption and resilience. Renewable Energy Micro-Grids are already on their way to becoming the preferred way we generate and distribute energy, the clean energy way.