Green Leaves is the official TSE Greenhouse Gas (GHG) emission calculator application for complex, hierarchy organized companies, capable of producing validated reports at service/product level and at every company level.
Green Leaves is a TSE product: a Cloud/Kubernetes based application with infinite and near linear scalability. It is currently meant to support the Telecoms and Utility markets (Water, Gas, Electricity) but its use can be extended to other industries.
It is built to support complex, multi company supply chains with a protocol for interchanging, service aggregated, GHG emission information, in terms of values and information to audit such figures.
Green Leaves has 4 modules: A monitoring/Inventory Module, a Rating module, a Business Intelligence (BI) Module, and an optional Blockchain recording Module.
Monitoring the company GHG emission is both a Requirement and a Business Opportunity
Major companies are being required to provide GHG reports in multiple jurisdictions e.g. USA, EU, UK, etc.
Private equity are nowadays asking GHG emission reports as part of their due diligence e.g. Berkshire Hathaway.
The ability to provide the detailed GHG impact for a service is soon to become a key for securing a customer contract. While Level 3 emission could be a product to be provided for a fee.
Green Leaves, at its core, can report on multiple GHG emission, the detail of the monitoring will depend on the detail level of reporting provided by the utility companies on the GHG emission mix when producing electricity powering the client systems
Green Leaves reporting, captures the dynamic part of the emissions, other contributors would need to be modelled, for example emission in the air of gasses from air conditioning systems in various buildings.
Green Leaces applicable sectors include:
The GHG emission for any given quantity of KWH of electricity, changes in relation to how the electricity was produced.
In every zone of every country, the way in which electricity is produced changes during the course of the day
In order to compute the exact GHG emission profile of a system one needs to multiply, for every unit of time, the amount of KWH used by a (number of) coefficient (s) which differ in accordance how the electricity was produced, which means in accordance to:
All devices and power and data lines need to be defined
Products need to be associated to devices
Reporting need to be compliant to regulation.
Customer reporting may need to be compliant to different regulations than the Main User
Interfacing with Smart appliances to get electricity consumption
Production of GHG production produced with the required granularity
Data collected can and to improve the company overall CHG footprint
Meter readings need to be stored for due diligence purpose and to support information exported to customers
Consumption data need to be translated into GHG emissions using a “charging like” process
Our team has conducted over 200 (GHG) inventories and developed training and support programs that can accelerate the process by developing in-house GHG tools, procedures and expertise.
We have supported a spectrum of clients on their climate-related initiatives including Associations, Food Manufacturers, Oil and Gas producers, retailers of various types, industrial infrastructure companies (i.e. HVAC), cities and counties, and food brands seeking to calculate their footprint who do not own physical assets other than their office space.