Trac-Car Technology

At Trac-Car, we offer innovative solutions. Our platform, built on trusted AWS cloud infrastructure, ensures data security and unalterable integrity, giving you peace of mind as you contribute to a sustainable future.

Trac-Car offers AI-Powered Insights and Fractal Analysis for actionable insights to enhance reliability and efficiency in renewable energy technologies.

Accelerating Renewable Energy and Climate Challenges 2024

The world must transition from fossil fuels to renewable energy sources like solar, wind, and hydropower. This is critical for reducing greenhouse gas (GHG) emissions, which are the main driver of global warming and ocean acidification. This means a rapid acceleration of scaling up offshore wind, floating solar, and hydrogen storage technologies.

Trac-Car's Carbon Offsets Monitoring Methodology demonstration.

Monitor your off grid renewable energy metered data to trade on the carbon market. View costs and carbon offsets reporting in near real time:

Energy and Carbon Credits Application

We implement automated carbon credits to carbon markets. Trac-Car offers a carbon trading platform for local 100% renewable energy generation to encourage carbon market participation.

We securely integrate data from diverse sources. Understanding energy usage can significantly reduce carbon footprint. With integration technology, data can be securely collected and displayed for users to view in near real time.

Lower energy spend and accurate carbon accounting requires near real time data collection from sensors, meters and electronic devices. Trac-Car provides messaging, a web portal and a data pipeline to an energy data warehouse with insight dashboards. Carbon abatement projects can qualify for carbon offsets/credits for carbon market trades using standard methodologies.

Infrastructure for calculation of tCO2e savings offer to an online market.

- Data centre infrastructure, including network, platform and software services
- Online web services for market participation, trades and settlements
- Smart grid devices for renewable energy generation metrics
- Network infrastructure for transport of device data to the data centre
- Standard emissions reduction algorithms access for project eligibility assessments
- Online verification of estimates with workflows to credible third parties

Energy efficiency and carbon footprint insight is collected from meters, sensors, and existing databases, aggregated in the cloud. Trac-Car offers development of IOT data collection from business facilities, work locations and field workers. The data is aggregated and custom dashboards are available for any business or technical use case.

Eureka Works Dashboards

Energy Insight: Energy Emissions Cloud Reporting

A stakeholder engagement workshop for your key people can help to document your business requirements, and provide you with a plan of action for collecting your data, and technology infrastructure facilitation for cloud hosted energy reporting.

Trac-Car offers a model approach to managing and monitoring metered data from energy consumption and production.

Emissions reduction standard methodologies can be applied by relevant expertise from reputable climate response organisations to provide estimations of the value of potential community project carbon savings.

Climate

📄Global Warming Global Warning
This study looks at the global current state of play in October 2025, as Greenland and Antarctica ice masses are lost at accelerated rates.

📄Fractal and Volatility Early Warning Signals for Storms
This study finds that the divergence of precipitable water vapour and longwave outgoing radiation at the top of the atmosphere appears to be a reliable storm precursor, particularly when supported by radiation and atmospheric fractal metrics. 👉 Animations and Plots

A clear anomalous signal shows that Cyclone Alfred's track crossing the coast in South-East Queensland 📄Early Warning Signals for Cyclone Alfred 2025
👉 Data and storm cards

Fractal Analysis reveals global and regional instability trends in net Radiative Flux
👉 Early Warning for Storms Project

Fractal Analysis of Net Radiative Flux

We are pumping greenhouse gases into Earth’s atmosphere at an unprecedented rate, accelerating exponentially since the 1950s. How can we accurately measure and monitor our efforts to reduce CO2 pollution, and reward real emissions reductions, to ensure the future of our planet? We cannot leave this to national and local governments.

Communities are the pivotal point of application for renewable energy, and land regeneration. Economic benefits flow to communities from local projects. The carbon offsets can be traded into a global market comprising governments and corporations required to report greenhouse gas inventory to the United Nations under the Paris Agreement.

Climate Research: Trac-Car's targeted, curated search capability

Climate relevant information is available from major research organizations, including United Nations Environment Program (UNEP), World Bank, World Resources Institute (WRI),Stockholm Environment Institute, Pew Environment Group, International Renewable Energy Agency (IRENA), Intergovernmental Panel on Climate Change (IPCC), Leonardo Energy, National Renewable Energy Agency (NREL US), National Oceanic and Atmospheric Administration (NOAA US), NASA Climate (US), The Ocean Conservancy, United Nations Development Program (UNDP), European Geosciences Union (EGU) .

Eligible community carbon savings

Community involvement is absolutely essential to have a chance of keeping global mean temperature rises under 2°C, generally acknowledged as the upper limit to avoid global environmental, economic and social catastrophe.

Communities around the world have the potential to cumulatively increase carbon savings dramatically. Renewable energy and land use carbon sequestration are obvious key initiative to increase the current coverage of carbon markets from 15% of emissions reduction activities.

Renewable energy generation

Replacement of fossil fuels at local microgrids has wide application for developing communities, and funding can come from selling voluntary carbon credits online There are algorithms for the greenhouse gases emitted by fossil fuels. Replacement of a particular fuel type is the basis for calculation of tCO2e carbon savings.

This applies where there is currently no electricity, as well as those remote communities, where biofuels and diesel have a large carbon footprint.

Land use carbon sequestration carbon savings

Land use change and forestry carbon accounting methods for calculating tCO2e carbon change can be applied per activity per area of land. Very few of these activities are currently covered by carbon offset certification under the REDD+ national programs.

Adoption of renewable energy, and land use and forestry carbon sequestration applies equally to both developing and developed nations’ community group projects.

Global Carbon Data program

- Climate and carbon emissions research, reports, data, algorithms and emissions factors
- Energy efficiency projects to reduce carbon emissions e.g. renewable energy micro grids, energy efficient technology.

At Trac-Car, we offer an innovative solution that combines the power of real-time renewable energy monitoring with carbon emissions algorithms, providing you with reliable carbon credits that can be forwarded to the international carbon market. Our platform, built on the trusted AWS cloud infrastructure, ensures data security and unalterable integrity, giving you peace of mind as you contribute to a sustainable future.

We implement automated carbon credits to carbon markets. Trac-Car offers a carbon trading platform for local 100% renewable energy generation to encourage carbon market participation.

Trac-Car's Carbon Offsets Monitoring Methodology demonstration.

Monitor Electricity Consumption by Facility to understand how carbon footprint can be reduced and energy efficiency improved by simple, effective cost savings measures.