DYME IMPACT RESULTS
5.5MW of SOLAR PROJECTS UNDER DEVELOPMENT

POWER PRODUCED = 7807 MWh/YR
= powering 710 homes for 30 years
= 8 million LED bulbs running for a year
= 8 million LED bulbs running for a year
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CO₂ avoided: 5,910 tons / year
Grid Factor:
Combined-margin 0.757 tCO₂/MWh (2024) per CEA v20.0.

Lifetime CO₂ avoided:
7,807 MWh × 0.757 t/MWh x 30 ≈ 1,77,300 tCO₂
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Lifetime CO₂ avoided:
7,807 MWh × 0.757 t/MWh ≈ 5,910 tCO₂/yr.
WHAT DO THOSE EMISSIONS MEAN?
VISUALIZING 5,910 tCo2
1.5 billion 2L Coke bottles filled with CO2
1200 Olympic Sized Swimming Pools
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How many trees would it take to absorb that much CO2?
Each Mature tree absorbs
~48 lb CO₂/yr ≈ 21.77 kg ≈ 0.02177 t/yr.
Which Means:
5,910 tCO₂ ÷ 0.02177 t/tree ≈ 271,000 trees.
OUR PROJECTS SAVE AS MUCH CO2 in the air as
15 New York Central Parks
9600 football fields of mature trees
9600 football fields of mature trees
“EACH YEAR OUR PROJECTS AVOID EMISSIONS THAT WOULD HAVE BEEN absorbed by ~271,000 trees. that’s the SAME AS 15 Central Parks.”
WHAT DO THOSE EMISSIONS MEAN?
Savings to institutions
Up to 45% lower power costs for 30 years. Money that is invested directly in teachers, doctors and local initiatives
Jobs supported
Savings to institutions
Up to 45% lower power costs for 30 years. Money that is invested directly in teachers, doctors and local initiatives
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DISCLAIMER: Images courtesy UGEI and Renewables.Org. Images represent some of our projects, but not the full extent of projects underway.
Dyme’s Impact Framework
Additionality
We only invest in projects that add new renewable capacity to the grid. This ensures that every solar panel funded creates clean power that would not have existed otherwise. By focusing on new builds, our investments drive genuine climate progress rather than shifting ownership of existing assets.
Financial Strength
We direct capital to projects that deliver the highest climate and community impact per dollar invested. By prioritizing cost-effective builds, each investment generates more clean electricity, more carbon reductions, and more local benefits for the same outlay. That efficiency enables us to scale faster and amplify our overall impact.
Technology Maturity
The materials and equipment used in each project are crucial. We evaluate the panels, inverters, and balance-of-system components to ensure they are proven, durable, and sourced responsibly. This approach lowers technical risk, extends project life, and ensures long-term reliability for both investors and communities.
Energy Production
Sunlight intensity and availability make a big difference. We prioritize locations with high solar irradiance, allowing each panel to generate more electricity over its lifetime. By building in sunnier regions, every project produces greater returns in both clean energy and avoided emissions.
CO2 avoided per dollar
Not all grids are equal—some are much dirtier than others. We target projects in regions where renewable power displaces the most coal and oil. By cleaning up these grids first, every megawatt we add prevents more carbon and pollution than the same project would elsewhere.
Social and Community Value
Beyond emissions, renewable projects can cut electricity bills by over 30% for schools, hospitals, and households. Those savings free up money for new jobs, education, or health care. Each investment is designed to improve lives while delivering clean, affordable power.