EARTHSYNC | About us
Bend the energy transition curve
Our mission
The 1.5°C climate target demands urgency—but it’s within humanity’s grasp. While the challenge is immense, our capacity for innovation is limitless.
Today, existing technologies alone can deliver 50% of the CO2 reductions needed by 2050.
The critical task at hand is to drive process innovation to enhance clean-tech adoption.
Hence, our mission is:
Accelerate clean energy transitions
The new energy paradigm commands sophisticated energy modelling
The new energy paradigm commands sophisticated energy modelling
EarthSync's platform unlocks granular energy modelling for core low-carbon energy & storage technologies, simplifying technical, financial, and environmental evaluation for all stakeholders
Energy market trends
A transition of energy systems to 24x7 CFE: A shift towards higher renewable energy allocation and reduced GHG emissions
New technologies: Introduction of new generation & storage technologies to harness diverse energy sources
The electron economy: Industrial and commercial electrification is increasing electricity demand, adding to grid management complexities
Rise of Prosumers: Consumers are transitioning into prosumers, owning and operating their own energy assets
Energy market trends
A transition of energy systems to 24x7 CFE: A shift towards higher renewable energy allocation and reduced GHG emissions
New technologies: Introduction of new generation & storage technologies to harness diverse energy sources
The electron economy: Industrial and commercial electrification is increasing electricity demand, adding to grid management complexities
Rise of Prosumers: Consumers are transitioning into prosumers, owning and operating their own energy assets
Energy market trends
A transition of energy systems to 24x7 CFE: A shift towards higher renewable energy allocation and reduced GHG emissions
New technologies: Introduction of new generation & storage technologies to harness diverse energy sources
The electron economy: Industrial and commercial electrification is increasing electricity demand, adding to grid management complexities
Rise of Prosumers: Consumers are transitioning into prosumers, owning and operating their own energy assets
Constantly evolving regulations
Time-of-Day/ Time-of-Use : Value is now determined not only by how much energy is used but also when it is used
Sub-hourly energy management: Grids globally are shifting closer to 1 minute of settlement analysis to effectively manage intermittent RE sources
Stricter energy settlement rules: Annual / monthly regime transitioning to a ToD / sub-hourly energy settlement regime
New system configurations: Corporate Power Purchase Agreements (PPAs), inter/intra-state open access, and electricity trading enable dynamic energy markets
Constantly evolving regulations
Time-of-Day/ Time-of-Use : Value is now determined not only by how much energy is used but also when it is used
Sub-hourly energy management: Grids globally are shifting closer to 1 minute of settlement analysis to effectively manage intermittent RE sources
Stricter energy settlement rules: Annual / monthly regime transitioning to a ToD / sub-hourly energy settlement regime
New system configurations: Corporate Power Purchase Agreements (PPAs), inter/intra-state open access, and electricity trading enable dynamic energy markets
Constantly evolving regulations
Time-of-Day/ Time-of-Use : Value is now determined not only by how much energy is used but also when it is used
Sub-hourly energy management: Grids globally are shifting closer to 1 minute of settlement analysis to effectively manage intermittent RE sources
Stricter energy settlement rules: Annual / monthly regime transitioning to a ToD / sub-hourly energy settlement regime
New system configurations: Corporate Power Purchase Agreements (PPAs), inter/intra-state open access, and electricity trading enable dynamic energy markets
A big data challenge in the making
Limitations on spreadsheet analyses: A 25-year profile at ToD granularity expands from 1,200 data points to 12,960,000 at 1-minute intervals
Need for new modelling infrastructure: Advanced computational resources and efficient ETL pipelines are a must have for today's energy planning
Increasing multi-technology complexity: Sophisticated mathematical optimisation techniques are required for optimal decision making for modern RE systems
Optimised outcomes: Mathematically optimised solutions are essential for driving economic sustainability, and managing risk of capital-intensive RE systems
A big data challenge in the making
Limitations on spreadsheet analyses: A 25-year profile at ToD granularity expands from 1,200 data points to 12,960,000 at 1-minute intervals
Need for new modelling infrastructure: Advanced computational resources and efficient ETL pipelines are a must have for today's energy planning
Increasing multi-technology complexity: Sophisticated mathematical optimisation techniques are required for optimal decision making for modern RE systems
Optimised outcomes: Mathematically optimised solutions are essential for driving economic sustainability, and managing risk of capital-intensive RE systems
A big data challenge in the making
Limitations on spreadsheet analyses: A 25-year profile at ToD granularity expands from 1,200 data points to 12,960,000 at 1-minute intervals
Need for new modelling infrastructure: Advanced computational resources and efficient ETL pipelines are a must have for today's energy planning
Increasing multi-technology complexity: Sophisticated mathematical optimisation techniques are required for optimal decision making for modern RE systems
Optimised outcomes: Mathematically optimised solutions are essential for driving economic sustainability, and managing risk of capital-intensive RE systems
