Explore

Off-grid Planner

"Chart your path to off-grid living with geospatial intelligence. "

Last edited 794 days ago by Atlantis Together.

Project name or work title: Off-grid planner: Empowering individuals to make informed decisions about their off-grid living arrangements

Project description:

The Off-grid planner is an innovative web application that utilizes geospatial data to help individuals find suitable locations for off-grid living, assess their energy needs, and select appropriate renewable energy technologies. The project aims to empower individuals to make informed decisions about their off-grid living arrangements, promoting sustainable and environmentally friendly lifestyles.

Fair Data Society principles:

Transparency: The Off-grid planner is transparent about its data sources and its data handling practices. Users can access information about the data that is used to power the platform and can choose to opt out of data collection.

Accountability: The Off-grid planner has a clear governance model that outlines how decisions about the platform are made. Users have a say in how the platform is developed and operated.

Empowerment: The Off-grid planner empowers users to control their own data and to use the platform to make informed decisions about their off-grid living arrangements.

Grant milestone: Provide a detailed description of your milestones and description

The Off-grid planner project has the following milestones:

Orchestrate data layers from various sources, including satellite imagery, land use maps, and renewable energy potential maps

Develop a web app that visualizes these interoperable geo-layers on top of

OSM stored on FDS⁠

⁠

Extend the app with Fairdrive to allow users to store inter-operably e.g. markers of favourite places, polygons of lands to buy, routes to cycle, 3D objects of building concepts

Integrate area filters based on indexed attributes

Develop and distribute marketing materials to promote the platform

Develop an API that returns layer values of the given GeoJSON

Community metrics:

Number of users: The Off-grid planner will track the number of users who access and engage with the platform.

User feedback: The platform will collect feedback from users through surveys and interviews to assess their satisfaction and identify areas for improvement.

Impact on off-grid living: The project will monitor changes in off-grid living practices among users who adopt the Off-grid planner.

Community engagement: The Off-grid planner will assess the extent to which the platform facilitates community engagement and knowledge sharing around off-grid living.

Budget:

The total budget for the Off-grid planner project is $10,000. This will cover the costs of:

Development: $2500

Development of the Off-grid planner web application

Integration of data layers from various sources

Development of user testing scripts

Data acquisition and processing: $3000

Acquisition of data layers from various sources, such as satellite imagery, land use maps, and renewable energy potential maps

Processing and analysis of data to create user-friendly visualizations

User outreach and training: $3500

Development of marketing materials to promote the Off-grid planner

Conduction of beta testing

Training of community outreach coordinators

Project team:

The Off-grid planner project team consists of:

Project lead: [Your Name]

Oversees the overall project development and management

Developer: [Developer Name]

Develops the Off-grid planner web application

Data scientist: [Data Scientist Name]

Acquires and processes data for the Off-grid planner

Community outreach coordinator: [Community Outreach Coordinator Name]

Promotes the Off-grid planner to potential users

Bard’s breakdown:

Identifying Suitable Locations:

Weather and Sunshine: Analyze historical weather data and current solar radiation patterns to determine the average amount and direction of sunlight and precipitation in a given area. This information can be crucial for evaluating the feasibility of solar power and rainwater harvesting for off-grid energy and water needs.

Wind: Map wind patterns and average wind speeds to assess the potential for wind energy generation. This data can help individuals choose locations with strong and consistent winds for installing wind turbines.

Soil Quality: Utilize soil maps and data from local agricultural agencies to determine the soil type, nutrient content, and suitability for different types of crops and livestock. This information can inform decisions about which crops to grow and which animals to raise for sustainable food production.

Selecting Appropriate Technologies:

Water Filtration: Based on local water sources and soil quality, recommend appropriate water filtration systems, such as rain barrels, filtration tanks, or reverse osmosis systems.

Renewable Energy: Based on available sunlight and wind conditions, recommend specific types of renewable energy systems, such as solar panels, wind turbines, or small hydropower generators.

Sustainable Building Materials: Provide guidance on local materials and construction techniques that align with off-grid living, such as passive solar design, natural building materials, and energy-efficient appliances.

Choosing Suitable Crops and Livestock:

Climate-Appropriate Food Production: Recommend crops and vegetables that are well-suited to the local climate and soil conditions, ensuring sustainable agricultural practices and maximizing yields.

Backyard Farming: Guide users on how to set up small-scale gardens, greenhouses, and hydroponic systems for efficient food production in limited spaces.

Raising Livestock: Provide advice on raising livestock that are adapted to the local environment and can provide both food and other resources, such as milk, eggs, or wool.

By incorporating geospatial data, an off-grid planner can empower individuals to make informed decisions about their off-grid journey, ensuring that their choices align with their specific location, needs, and preferences. This tool can facilitate a more sustainable and self-reliant lifestyle, reducing reliance on external infrastructure and promoting a closer connection to nature.

Functionality

Functionality

Decision Area

Specific function

Geospatial Data Insights

Recommendations

Identifying Suitable Locations

Weather and Sunshine

Average sunlight and precipitation

Select areas with ample sunlight for solar power and rainwater harvesting.

Wind

Wind patterns and average wind speeds

Choose locations with consistent winds for wind energy generation.

Soil Quality

Soil type, nutrient content, and suitability for crops and livestock

Select locations with suitable soil for growing preferred crops and raising livestock.

Selecting Appropriate Technologies

Water Filtration

Local water sources and soil quality

Recommend appropriate water filtration systems based on water availability and soil conditions.

Renewable Energy

Available sunlight and wind conditions

Recommend specific types of renewable energy systems based on energy needs and local conditions.

Sustainable Building Materials

Local materials and construction techniques

Provide guidance on sustainable building materials and construction techniques that align with off-grid living.

Choosing Suitable Crops and Livestock

Climate-Appropriate Food Production

Local climate and soil conditions

Recommend crops and vegetables that are well-adapted to the local climate and soil for sustainable agriculture.

Backyard Farming

Small-scale gardening, greenhouses, and hydroponic systems

Guide users on setting up efficient small-scale food production systems in limited spaces.

Raising Livestock

Adapted livestock for local environment and resource needs

Provide advice on raising livestock that are compatible with the local environment and can provide multiple resources.

⁠

Idea notes:

Satellite imagery based automatic prospect discovery

For example solarpanel field recognition where it can suggest agrivoltaic upgrade

and recommed species based on soil and enironmental factors (Precipitation, humidity, temperature, etc)

For 📐house roofs it recommends solarpanels

For unused flat (lapos) rooftops it recommends vertical gardens

Bard’s breakdown:

Functionality

Load content from docs.trace.market?

Loading external content may reveal information to 3rd parties. Learn more

Allow

Load content from package.trace.market?

Loading external content may reveal information to 3rd parties. Learn more

Allow

Want to print your doc?
This is not the way.

Try clicking the ··· in the right corner or using a keyboard shortcut (

CtrlP

) instead.