Raghvendra Banchalia
For more information: +91 863-0099295 www.energeticsofnature.com InnovativeSolutionInc@gmail.com, rachvendrabanchalia@gmail.com 46/2 Sirmor Street road, Kaulagarh Road, Dehradun 248001, Uttarakhand, India |
Everyone is looking for clean energy, and investors are always looking for returns in investment.
The water being used for EOR and other uses must be purified. Oil is being purchased less because of the mess it creates and the cleanup required.
First question: Tell me about the technical requirements with your temple project where your sponsor requires sustainable solution by using solar energy for Electrical Power, Heat generation for space, hot water, chilling and the possibility of desalination for clean water.
During our spontaneous chat with Raghvendra Banchalia, a client from India, he discussed the technical requirements of a temple project that his sponsor is involved. The project involves implementing sustainable solutions utilizing solar energy for various purposes such as electrical power generation, heat generation for space heating, hot water, chilling, and even the possibility of desalination for clean water. Raghvendra's sponsor intends to implement these solutions in different stages of the project.
Overall, the project's emphasis on utilizing solar energy for multiple applications demonstrates a commitment to sustainability and environmentally-friendly practices. The successful implementation of these solutions could serve as a model for other similar projects aiming to reduce their carbon footprint and reliance on traditional energy sources. Solar Power for Electricity Generation: The project seeks to capture solar energy for generating electricity. This can be accomplished by setting up Concentrated Solar Power (CSP) systems, like the MicroGrid with heat storage. These systems concentrate sunlight to produce heat, which is then stored and used to generate electricity. The resulting electricity can illuminate the temple, operate devices, and support other electrical functions. To maintain a dependable power source, the design may incorporate energy storage methods like batteries, storing extra energy for cloudy times or nighttime use. Solar Power for Electricity Generation: The project seeks to capture solar energy for generating electricity. This can be accomplished by setting up Concentrated Solar Power (CSP) systems, like the MicroGrid ( bigger system) with heat storage. These systems concentrate sunlight to produce heat, which is then stored and used to generate electricity. The resulting electricity can illuminate the temple, operate devices, and support other electrical functions. To maintain a dependable power source, the design may incorporate energy storage methods like batteries, storing extra energy for cloudy times or nighttime use. Solar Energy Solutions for Temple Project:
2. What are the challenges to address in delivering religious services to the areas where they are most required?
Raghvendra Banchalia sheds light on the challenges facing the provision of religious services in areas of great need. The issues are interconnected. Temples commonly open early around 4 am, before sunrise when solar power isn't available. A significant rush occurs until 9 am, followed by a quieter period from 9 am to 12 pm. Despite lower demand, sustained power is still necessary throughout the day. Aligning with the adage "early to rise and early to bed," temples often close after 8 pm. This paints a comprehensive picture of the challenges and the solutions that need to be addressed to ensure consistent and reliable religious services. 3. How much electricity, heat, power, clean water, and cooling do temples use? (How much Electricity, how much heat, how much cooling, how much clean water are the basic requirements. This question is very important to calculate the load required for the project.)
Raghvendra Banchalia responded : "These systems are mostly 10KW electrical systems. For heat the cooking is done through natural gas, but the heating for the building is burning wood. The centralized system for heating should be there but often it is not. The heat can accumulate through solar energy instead of using charcoal or firewood. These progressive options are possible but considered expensive and are not common place. Is there space for having more capacity for energy production? Generators don’t take up much room. Other solutions and the land they require become more complicated." 3. Energy and Resource Usage in Temples: Understanding the Basics In response to the question, Raghvendra Banchalia provides insights into the energy and resource needs of temples. Typically, these temples operate with 10KW electrical systems. Heat is primarily generated using natural gas for cooking and wood for building heating, although centralized heating systems are often lacking. Solar energy can accumulate heat, an environmentally friendly alternative to charcoal or firewood. While progressive options exist, they are deemed costly and not widely adopted. Furthermore, Raghvendra raises the question of whether there is available space for increased energy production capacity. He notes that generators require minimal room, while other solutions and their associated land requirements can be more complex. This comprehensive overview helps gauge the fundamental load requirements and potential avenues for improvement in temple operations. 4. Enhanced Oil Recovery and Energy Optimization: Raghvendra Banchalia's insights underscore his adept grasp of industry requirements. In India, Enhanced Oil Recovery (EOR) serves as an additional energy source, particularly in Gujarat. This innovative approach aims to supplant crude oil in the oil sector. By extracting oil from wells and channeling it through pipelines, the aim is to reduce the high viscosity of crude oil, which demands substantial energy for transportation. Even heated oil can exhibit increased viscosity, impacting its efficient movement. Raghvendra's awareness of these intricacies, along with his mention of the potential complementarity of Concentrated Solar Power (CSP) for cost-effective and eco-friendly energy solutions, underscores his deep understanding of the field. This is an area that Raghvendra Banchalia responded with a clear understanding of the requirements in this specific industry. He also mentioned, using the CSP could be a complement for reducing energy cost and environmentally friendly too.
5. What issues do you face with electricity? Downtime if any? What temporary solutions did you use? How do you solve electricity problems?
Empowering Solutions for Global Electricity Challenges In this vital exploration, we delve into the widespread electricity challenges affecting not just India, but the world at large. Raghvendra Banchalia brings his insightful perspectives to the fore. Interruptions in power supply, leading to downtime, are an overarching concern. To bridge these gaps, ingenious temporary solutions come to the rescue. Raghvendra illuminates the innovative strategies deployed during these periods. Furthermore, he sheds light on the proactive methods taken to effectively resolve electricity-related issues. These encompassing responses paint a vivid canvas of the challenges encountered and the ingenious means employed to surmount them. These challenges manifest diversely across different regions of India. While some areas experience infrequent blackouts, others suffer from a complete absence of electricity. The latter regions necessitate the implementation of microgrid technology and other innovative solutions. Downtime can range from half an hour to half a day in various areas. In places like Uttar Pradesh, downtimes can extend beyond ten hours. The accessibility to adequate infrastructure is a determining factor. Generators emerge as a crucial avenue for enhancing power access. Small 5KW diesel generators come into play to keep essential appliances like freezers and refrigerators operational. Once the generator is initiated, it may not need continuous operation. While electricity generation from generators is pivotal, water pumps stand as life essentials. If water pumps are required, generators are employed. Cooking, cleaning, and water usage are constant elements in daily processes. Throughout these endeavors, the consistent availability of water must not be underestimated. In the intricate tapestry of addressing electricity challenges, water's unwavering presence is a fundamental thread. 6. How is the cost of renewable energy viewed in your industry? Religious communities and their constituents Evaluating Renewable Energy Costs: Perspectives in Our Industry In the context of religious communities, their members, and NGOs extending sustainable solutions to remote regions in developing nations, how renewable energy costs are perceived is a significant question. In our industry, particularly considering solar panels, the prevailing view is that existing Photovoltaic (PV) systems are on par with other microgrid setups. What notably aids in shifting the cost perception is the lower expense over time. When it comes to electricity and heat generation via steam, there's a distinction. While these aspects have financial costs, other applications like water desalination and various water technologies involve expenses that extend beyond just finances. This nuanced evaluation underlines the multifaceted nature of renewable energy costs within our industry. 7. What opportunities do you see with renewable energy in the religious community? In rural areas? Tell me about the capacity for renewable energy in your community. Temples: Unveiling Opportunities for Renewable Energy: Enriching Religious Communities and Rural Areas Exploring the realm of opportunities linked to renewable energy in religious communities and rural regions uncovers a world of potential. Particularly focusing on temples, the avenue to power these sanctuaries with renewable energy presents two choices: rooftop solar panels or larger installations nearby. However, the prospect of larger installations can be hindered by land availability, potentially serving as a barrier to entry. But there's a compelling solution: multiple temples sharing renewable energy sources. This approach not only optimizes land usage but also allows for higher production capacity. Delving into the specifics, the average 5KW system aligns well with the energy needs of temples, which typically range between 3KW and 10KW capacities. Temple layouts prioritize indoor spaces for congregants, but an interior heat sink storage area eliminates the need for additional land. These strategic steps to minimize costs and barriers are notably effective. Comparing India's favorable EOR prices to those of China, Raghvendra's hot water-based EOR system faces water contamination challenges. Processing and reusing the water demands additional heat. Fortunately, eco-friendly methodologies exist to enhance oil production and transportation for fossil fuel refinement. Furthermore, renewable energy integration could render oil more competitive in market delivery costs. If oil companies invest in EOR solutions, it introduces renewable energy into the energy ecosystem. Eventually, this could transition from oil-based products to direct electricity provision, revolutionizing the energy landscape. This comprehensive outlook underscores the myriad prospects that renewable energy holds for enriching diverse domains. Funding: Harnessing Renewable Energy Opportunities: Amplifying Religious Communities and Rural Regions Turning our focus to renewable energy's potential impact in religious communities and rural expanses illuminates a world of possibilities. Alongside this, a pertinent funding exploration comes to light. Funding Insights for Thriving Temples: Curating well-rounded financial support for temples is pivotal. These vibrant community hubs stand as central focal points for neighborhoods and families alike. Sustaining their vitality necessitates robust funding mechanisms. While individual contributions, often in the form of donations, primarily underpin these temples, the question of grant opportunities arises. Notably, grants aren't typically a source of funding for Indian temples. The flow of funds is largely tied to local contributions, with no intricate financial portfolios or investments in the equation. This straightforward financial exchange doesn't involve interest from capital investments either. Although well-educated temple leaders guide fund allocation, societal needs and priorities influence expenditure patterns. Exploring Sources of Funding for Religious Endeavors: Apart from donations, other avenues of funding are rare within this context. The financial ecosystem revolves around local inflows and outflows. However, understanding the landscape of funding available for religious communities and their projects is crucial for sustainable growth. In essence, harnessing renewable energy's potential and aligning it with comprehensive funding strategies can empower religious communities and rural areas, ensuring their continued vibrancy and contribution to the broader societal tapestry. 8. What barriers do you have to adopt renewable energy? Overcoming Barriers to Embrace Renewable Energy: A Comprehensive View Addressing the question of obstacles in embracing renewable energy, several factors come into play, with cost being a prominent challenge. However, the impediments extend beyond finances. Considerations involve land availability and microgrid space. Intriguingly, within the cultural context of India, a strong interest in renewable energy prevails, fueled in part by concerns over pollution sources. The terms "Clean Energy" and "Renewable Energy" often intertwine. As we explore advancements, hydrogen cells and generators are gaining momentum. The landscape of Electric Vehicles (EVs) is expanding, yet battery technology's dominion is largely held by China due to its control over lithium mining in Africa. However, innovative alternatives to lithium-ion batteries are emerging, reshaping the EV landscape. While the EV market is growing steadily, Tesla's potential Gigafactory in India remains a topic of ongoing discussion, reflecting the dynamic nature of this evolving sector. Notably, Tesla's endeavors have also intersected with the UAE subsidy landscape. In summary, the journey to embracing renewable energy involves an interplay of factors, spanning economic, cultural, and technological dimensions, which shape the landscape and outlook for a cleaner energy future. 9. How is the cost of renewable energy viewed in your industry? Religious communities and their constituents. NGO's bringing sustainable solutions to remote areas in developing countries. Evaluating Renewable Energy Costs: Perspectives in Our Industry In the context of religious communities, their members, and NGOs extending sustainable solutions to remote regions in developing nations, how renewable energy costs are perceived is a significant question. In our industry, particularly considering solar panels, the prevailing view is that existing Photovoltaic (PV) systems are on par with other microgrid setups. What notably aids in shifting the cost perception is the lower expense over time. When it comes to electricity and heat generation via steam, there's a distinction. While these aspects have financial costs, other applications like water desalination and various water technologies involve expenses that extend beyond just finances. This nuanced evaluation underlines the multifaceted nature of renewable energy costs within our industry. |