Solar Panel for Atta Chakki

An "aata chakki" is more than just a machine; it's a beloved symbol of tradition and family in India. This simple device grinds wheat grains into fresh, aromatic flour, connecting generations through its rhythmic whirring. The sound of the chakki evokes memories of mom's warm rotis and grandma's loving touch. In Indian households, it is not just about convenience; it's about preserving heritage. The chakki embodies the essence of togetherness, as families gather to grind, share stories, and pass down recipes. It's a link to our roots, a taste of nostalgia, and a way to keep our culture alive, one grain at a time.

Why is Solar Energy important for Flour Mills?

The Atta Chakki, a pivotal component of flour milling operations, operates through two primary power sources: either on electricity or on general energy source machines such as small engines that run on diesel or kerosene. Flour mill proprietors usually struggles with the formidable financial challenge posed by the escalating costs associated with the power sources. With the rising cost of fuel resources such as petrol, diesel, and electricity the flour mills are always in demand of financial stability. Examining the national power grid reports, a recurring predicament in rural regions, where protracted power disruptions are constant during daylight hours, thereby witnessing the highly sensitive issue of power connection through the electrical infrastructure in the national grid. Thus, leaving the flour mill owners to run their shops on cheap sources of power generation such as diesel engine.

In the world of electrical motors, a standard classification centres around 3-phase configurations with power capacities spanning 3 HP (Horse Power), 5 HP, 7.5 HP, 10 HP, and above. Rural localities, however, frequently face the issue of the unavailability of 3 phase power connections, compelling business operators to engage in the procurement of such connections from their local electricity utility. The primary investment for the establishment of a 3 phase electricity connection registers at approximately 2 to 3 lakhs or beyond, followed by recurrent monthly expenditures spanning from 20,000 to 30,000 rupees.

In a strong contrast, flour mill owners are opting to propel their Atta Chakki enterprises via diesel engines are and are burdened by the financial losses of approximately Rs. 100 per litres of diesel. This translates to a daily outlay of roughly 1,000 rupees, given their consumption rate of 10 litres per day. Moreover, diesel engines emit conspicuous noise during startup, thereby arousing understandable apprehension among nearby residents.

The very best and highly available source of energy a flour mill owner can have is the installation of solar panels. With the usage of solar panels, a person can have multiple benefits such as –

1. Financial Advantages – The potential for substantial financial gains emerges as businesses transition to solar power, potentially doubling their profitability.

2. Extended Operational Hours – Solar powered systems offer a sustainable power source, enabling uninterrupted operations for 8 to 10 hours per day, spanning approximately 300 days annually.

3. Business Expansion – The integration of solar panels can lead to a twofold increase in business revenue, fostering significant growth opportunities.

4. Environmental Considerations – Solar power stands as an environmentally friendly and noise-free power generation solution, significantly mitigating carbon emissions and environmental impact.

5. User-Friendly Operation – Solar-powered Atta Chakki systems are designed for straightforward operation, making them accessible to individuals with varying levels of technical expertise.

How to Select a Solar Panel for Atta Chakki?

Selecting the appropriate solar panel / system for powering an atta chakki (flour mill) is a crucial decision that requires careful consideration of various factors to ensure optimal performance and efficiency. Given below are some professional steps on how to select the right solar panel system for your Atta Chakki-

Step 1: Grid Connectivity Assessment – Commence the solar integration process by conducting a thorough evaluation of your existing grid connectivity. If you have access to a robust 3-phase grid connection, a grid-connected solar system becomes a viable choice. Conversely, if your operational environment frequently contends with extended daytime power interruptions, consider the suitability of a direct solar system.

Step 2: Motor Specifications Analysis – In the context of selecting a direct solar system, meticulous scrutiny of the motor specifications is imperative. Flour mills conventionally employ 3-phase motors, typically within the power range of 3HP to 15HP. It is crucial to ascertain the number of motors in active use, their concurrent operation requirements, and any other pertinent motor-related factors.

Step 3: Variable Frequency Drive (VFD) Selection – Informed decisions regarding solar panel capacity and Variable Frequency Drive (VFD) ratings hinge upon a comprehensive understanding of the motor specifications. Generally, it is advisable to opt for a VFD whose rating equals or surpasses that of the motors in operation.

Step 4: Solar Panel Capacity Determination – The selection of the appropriate solar panel capacity is a pivotal step, ideally surpassing the aggregate motor capacity by a margin of 40-50%. For instance, if you employ a 7.5HP motor, contemplate the installation of 10kW solar panels. High-efficiency solar panels such as the TopCon series, delivering an impressive 575-590W output and featuring N-type 16BB double glass construction, offer distinct advantages for flour mill applications.

Step 5: Procurement of Installation Accessories – Prioritize the acquisition of indispensable installation accessories, including mounting structures, DC wiring components, earthing kits, lightning arrestors, and related components. These essential accessories, typically provided by the solar installation team, play a pivotal role in ensuring the longevity and peak performance of your rooftop solar system.

Conclusion

Loom Solar is one of the top leading solar panel manufacturing companies in India. Loom Solar also provide engineer visit service for your home to help the consumer to install the best solar panel at their home. To book an engineering visit for your home or to know more about solar panels visit Loom Solar’s website at www.loomsolar.com