Renewable Energies
Augur supports the development, certification and commercialisation of renewable energy carbon credit projects worldwide
Renewable energy plays a central role in global decarbonization.
Technologies such as solar, wind, hydropower and bioenergy generate electricity without fossil fuels and can significantly reduce greenhouse gas emissions.
Beyond clean electricity production, renewable energy projects can also generate carbon credits when they displace fossil-based power generation or reduce methane emissions from waste streams.
These projects remain a key component of climate strategies, particularly in regions where fossil-based electricity still dominates power grids.
Why Work With Augur?
Augur combines expertise in carbon markets, life-cycle assessment and bio-based value chains.
Our team supports projects from early feasibility to carbon credit commercialisation, ensuring both environmental integrity and financial viability.
A Cornerstone Of Global Decarbonization
Renewable energy is one of the most widely deployed climate solutions.
Global investment in the energy transition has reached trillions of dollars annually, with solar and wind representing the vast majority of new electricity capacity additions worldwide.
Renewable energy contributes to climate mitigation while supporting broader economic and environmental goals:
Reduced greenhouse gas emissions
Renewables replace fossil-fuel power generation, avoiding large volumes of CO₂ emissions.
Energy security & independence
Domestic renewable energy reduces dependence on fossil fuel imports.
Improved air quality
Clean electricity helps reduce pollution linked to coal and oil combustion.
Industrial decarbonization
Renewable electricity enables electrification and the production of low-carbon fuels.
Renewable Energy & Carbon Markets
Renewable energy projects have historically been the most widely used project types in carbon markets
Carbon credits are generated by quantifying the avoided emissions when renewable electricity displaces fossil-based power generation on the grid.
However, the role of renewable energy in voluntary carbon markets has evolved in recent years.
As renewable technologies mature in many regions, demonstrating additionality and robust baseline scenarios has become increasingly important for project eligibility.
Today, renewable energy carbon projects are most impactful in:
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emerging economies with fossil-heavy electricity grids
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regions with limited renewable deployment
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sectors with high methane emissions (such as waste or agriculture)
Renewable Energy Pathways & Carbon Credit Potential
Renewable energy encompasses several technologies, each with distinct carbon accounting dynamics
Solar energy
Solar photovoltaic systems convert sunlight directly into electricity.
Solar is the fastest-growing renewable technology globally, and solar carbon projects typically generate credits by demonstrating avoided fossil electricity generation.
The strongest carbon credit opportunities exist in regions where grid electricity is still largely fossil-based.
Wind energy
Wind turbines convert the kinetic energy of the wind into electricity.
Wind energy projects have historically generated a large share of renewable energy carbon credits.
As with solar, credit eligibility increasingly depends on demonstrating financial additionality and clear grid displacement.
Hydropower
Hydropower remains the largest renewable electricity source globally.
Run-of-river and small hydropower systems generally present stronger carbon accounting profiles, while large reservoirs may face additional scrutiny due to potential methane emissions.
Biogas & biomethane
Biogas projects convert organic waste streams (such as agricultural residues, manure or food waste) into renewable gas through anaerobic digestion.
These projects generate climate benefits by:
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avoiding methane emissions from waste decomposition
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replacing fossil natural gas
Because methane is a powerful greenhouse gas, biogas projects can generate high-impact carbon credits.
Biomass energy
Biomass energy converts organic residues into heat and electricity.
When feedstocks are sustainably sourced, biomass energy can reduce emissions by replacing fossil fuels and valorising agricultural or forestry residues.
Future developments increasingly explore high-efficiency biomass systems and integration with carbon capture technologies.
Energy Storage & Hybrid Renewable Systems
Energy storage technologies are increasingly integrated with renewable power systems to improve reliability and grid stability.
Battery storage enables renewable energy to:
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store electricity for peak demand periods
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reduce renewable curtailment
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replace fossil fuel peaker plants
Hybrid renewable-plus-storage projects can improve the carbon displacement potential and economic performance of renewable assets.
BECCS: Bioenergy Carbon Capture & Storage
Bioenergy with Carbon Capture and Storage (BECCS) combines biomass-based energy generation with carbon capture and permanent geological storage.
Because biomass absorbs CO₂ during growth, capturing and storing emissions from biomass energy systems results in net-negative emissions.
BECCS is therefore considered a durable carbon removal pathway, capable of storing carbon for thousands of years when CO₂ is injected into deep geological formations.
Although still emerging, BECCS is rapidly gaining attention from major corporate buyers seeking high-permanence carbon removal credits.
Large-scale BECCS projects are expected to play an important role in future carbon removal markets, particularly in sectors requiring industrial-scale decarbonization.
Key Challenges In Renewable energy Carbon Projects
Developing renewable energy carbon projects requires careful evaluation of several factors:
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grid baseline and emissions factors
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additionality demonstration
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lifecycle emissions accounting
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interaction with renewable energy certificate systems
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long-term carbon credit commercialisation
These factors increasingly determine the environmental integrity and market value of renewable energy credits.
Augur Renewable Energy Services
Augur supports project developers, investors and infrastructure partners
across the full lifecycle of renewable energy carbon projects
Project feasibility
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Resource and technology analysis
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Input assessment
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Economic modelling
Carbon certification
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Carbon standard benchmarking
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Methodology selection
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MRV design
Credit issuance &commercialisation
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Carbon credit issuance
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Market positioning
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Buyer engagement
Project financing
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Investor readiness
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Partnership structuring
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Fundraising support
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