Starbucks ending the walk for clean water for growers in East Timor
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Mar 28, 2022
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Patagonia and SOURCE working to advance sustainable solutions to the world’s water crisis
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Jan 12, 2022
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South Carolina community fights environmental injustice
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Nov 15, 2021
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Confederated Tribes of Warm Springs building water resilience with SOURCE® Hydropanels
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Jun 16, 2021
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Atlantic Farms Bridge Housing Community uses SOURCE® for their residents
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Jun 04, 2021
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Non-extractive water solution helping Waddi uphold their sustainable values
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May 25, 2021
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Andaz hotel offers guests SOURCE Scottsdale premium drinking water
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Drinking water for rural California families
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May 24, 2021
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The most regenerative tourism project in the world
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May 24, 2021
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Residents of Yuelamu solving safe drinking water challenge
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Dec 03, 2020
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Indigenous Philippines community receives renewable drinking water
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Sep 29, 2020
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SOURCE® Hydropanels bring water to the Navajo Nation
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Sep 22, 2020
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Matthew Rusike Children’s Home
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Sep 18, 2020
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Providing the Colombian remote Wayuu Tribe with safe drinking water
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Sep 11, 2020
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An independent, infrastructure-free water resource for Puerto Rico Fire Stations
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Jul 30, 2020
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Clean, drought-resistant drinking water to the Zilla Parishad Primary School
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Advancing a commitment to a healthy, resilient, and sustainable lifestyle in Whisper Valley
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Petros Primary School
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A couple takes water quality into their own hands for their Denmark Home
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A resilient drinking water supply for the International Justice Mission in India
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Drinking water security for the Murrurundi Primary School
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Jul 28, 2020
Case Studies
A reliable water system for the water-stressed Atauro Island community
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Jul 28, 2020
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Premium drinking water for an eco-friendly restaurant
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Jul 28, 2020
Case Studies
Providing renewable, clean water to a remote community in Australia
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Case Studies
Creating a renewable drinking water infrastructure for the driest continent on earth
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Jul 27, 2020
Case Studies
Teaming with NBA Star Patty Mills to bring water to Indigenous Australian communities
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Jul 27, 2020
Case Studies
Providing clean,renewable water to the impoverished families in Martin County, Kentucky
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Jul 27, 2020
Case Studies
Dependable, clean water for the low-income post-apartheid township in Johannesburg
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Jul 27, 2020
Case Studies
Solving difficult water challenges for the Five Loaves and Two Fishes Food Bank
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Jul 27, 2020
Case Studies
Creating renewable, clean drinking water for a remote island school in Belize
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Jul 27, 2020
Case Studies
Water disaster preparedness in a Silicon Valley Home
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A renewable, no-waste water solution at the Westin Resort & Spa in Fiji
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Jul 27, 2020
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Hydropanel Production Tool
Hydropanel water production tool
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Hydropanel General Installation Requirements:
Sunny mounting location – The SOURCE Hydropanel works best in full sun. Unobstructed sunlight required at least 5 hours per day. Avoid placing under shading objects such as trees, buildings, etc.
4 x 6 foot (1.2 x 1.8 meters) mounting area per Hydropanel.
Minimum clearance of 1ft (30cm) in front of and behind the panels to allow access for service.
Minimum 3 inches (8 cm) between hydropanels from side to side within an array.
SOURCE Hydropanels must be installed at least 15 feet (5 meters) away from windows and should be positioned considering hydropanel sound with respect to living spaces.
SOURCE Hydropanels must be level from side-to-side with a maximum deviation of 20mm.
Hydropanel must be South Facing (180°) for locations in the Northern Hemisphere, or North facing (0°) for locations in the Southern Hemisphere.
The installation surface must be level. For example, a flat roof, or level ground.
Roof mounted hydropanels must be at least 3 feet (1 meter) away from the edge of any structure.
Adequate structural integrity of the roof is required. Do not install on a roof that is damaged or otherwise insufficient to hold the weight and wind loads of the hydropanel.
Consider whether there is space for a crane to set up and lift the hydropanels to their mounting location.
Ground locations should be firm, level, and evenly composed. The hydropanel can be placed on blocks, concrete, or mounted to lumber to provide a stable base to sit on.
Consider factors like soil composition, and how to manage erosion or plant growth over time.
Avoid installing the hydropanel where they may be wetted from irrigation sprinklers.
Ensure the hydropanel is raised above the specified flood plain.
Hydropanel should be anchored to the ground or sufficiently ballasted to prevent movement or damage from high winds.
Hydropanel General Installation Requirements:
Sunny mounting location – The SOURCE Hydropanel works best in full sun. Unobstructed sunlight required at least 5 hours per day. Avoid placing under shading objects such as trees, buildings, etc.
4 x 6 foot (1.2 x 1.8 meters) mounting area per Hydropanel.
Minimum clearance of 1ft (30cm) in front of and behind the panels to allow access for service.
Minimum 3 inches (8 cm) between hydropanels from side to side within an array.
SOURCE Hydropanels must be installed at least 15 feet (5 meters) away from windows and should be positioned considering hydropanel sound with respect to living spaces.
SOURCE Hydropanels must be level from side-to-side with a maximum deviation of 20mm.
Hydropanel must be South Facing (180°) for locations in the Northern Hemisphere, or North facing (0°) for locations in the Southern Hemisphere.
The installation surface must be level. For example, a flat roof, or level ground.
Roof Mount Requirements:
Roof mounted hydropanels must be at least 3 feet (1 meter) away from the edge of any structure.
Adequate structural integrity of the roof is required. Do not install on a roof that is damaged or otherwise insufficient to hold the weight and wind loads of the hydropanel.
Consider whether there is space for a crane to set up and lift the hydropanels to their mounting location.
Ground Mount Requirements:
Ground locations should be firm, level, and evenly composed. The hydropanel can be placed on blocks, concrete, or mounted to lumber to provide a stable base to sit on.
Consider factors like soil composition, and how to manage erosion or plant growth over time.
Avoid installing the hydropanel where they may be wetted from irrigation sprinklers.
Ensure the hydropanel is raised above the specified flood plain.
Hydropanel should be anchored to the ground or sufficiently ballasted to prevent movement or damage from high winds.