Question

find the below requirments is business case for a stand alone solar powered cooker that will provide 4 hours cooking per day for a family group. assume 11 hours of regular sunlight. as well as technical side you will need to develop the business case for this requirement.

1.how much power is required to cook 4hours per day.

2.how many solar panels is required for accurate cooking

3.cost must be low, and consider the suitable region like india.

4.A battery backup for solar power cooker.

5.project requirement and project cost in complete details

can you split the project in three stages

Stage-1 technical analysis

a- solar electricity circuit

b- solar panel basics

c-studying electricity needs and households

d-studying the feasibility of community solar panel

Answer 1

1.With a world population of about 7.7 billion, we now have a world average consumption of primary energy of 58 kWh per day per person.

2.Your energy usage in kilowatt-hours (kWh) dictates the size of your system. Panels have a broad range of wattages (275W-360W is common as of early 2019), and other factors like local sun exposure, mount orientation and the presence of a battery bank also play a part. Read this article and use our solar cost calculator for help finding an accurate estimate.

3.india has enough food; does it have too many people working in agriculture? The pressure on land is an outcome of policy, which condemns most people to marginal farming. India needs a different set of solutions for agriculture and for those working the land.

India is an agricultural country. Agriculture is “only” ~16 % of GDP but the largest sector for employment. Officially farmers are only a few hundred million, but adding family members who help or occasionally farm, as also wage labourers, the number of farm workers is likely to be closer to half a billion people. But how many people would India need farming if it were as labour efficient as the US for growing crops? I am not suggesting it is possible, or even desirable (large, mechanised farms with massive chemical and water inputs) but as a thought exercise? Just four million people.

4.Solar induction cookers are eco friendly, consume less power and are available in various colors, designs and wattage. We are a prominent name offering a quality-centralized array of products that are the perfect outcome of premium raw material and modern work methods.
India 's first Dc solar induction cooker which is operate by 12v .
which can be operate by your already installed inverter battery at your home
5.Learning how to estimate projects involves knowing all the project cost estimation techniques and mastering the ones that best suit your small business. The project estimation process can be hard, especially if there’s not a lot of information available about a job.

But not learning to estimate correctly can blow your project budget and extend your timelines, frustrating you, your client, your team and any subcontractors.

Learning to estimate correctly sets the stage for a thriving business, according to Liquid Planner. Correct estimating gets you off to a good start and helps with project planning.

Project in 3 stage

A. Solar electricity circuit:- Use the sun to power small solar and battery powered night lights, garden lights, and decorations for halloween. The first part of a solar circuit is… a device for collecting sunlight. ... This is a monolithic copper indium diselenide solar panel, apparently printed on a 60mm square of glass and epoxy coated for toughness.Oct 22, 2008

B.

1. STEP 1: Sunlight activates the panels. A rack-and-panel solar system. ...
2. STEP 2: The cells produce electrical current. A silicon ingot and wafer. ...
3. STEP 3: The electrical energy is converted. ...
4. STEP 4: The converted electricity powers your home. ...
5. STEP 5: A net meter measures u

C.

Improving the energy efficiency of our homes presents an excellent opportunity to reduce greenhouse gas emissions and increase thermal comfort. However, a shortfall exists between the full potential and realised adoption of energy efficiency measures, a phenomenon termed the ‘Energy Efficiency Gap’. To better understand the energy efficiency gap, this research identified household viewpoints towards energy and stated preferences towards energy efficiency technologies and behaviour. The research was carried out through interviews and a Q study in the cities of Manchester and Cardiff, alongside a questionnaire. The results revealed a range of nuanced viewpoints, which mapped onto three principal household themes: energy use in terms of the environment, energy in relation to money and apathy towards energy. A key finding was the small number strong correlations between distinct energy viewpoints and specific energy efficiency technologies or behaviours. This result implies that being environmentally aware and actively concerned about energy efficiency does not in itself lead to a stated desire, or even, intention to install energy-efficient technologies. The wider implication is that households that hold proactive energy efficiency viewpoints based on environmental concern may still require specifically targeted incentives to encourage the uptake of energy efficiency measures, i.e.