Energy-carbon operating system

MeetCarbon OS

One OS, three interaction modes, 60 apps

A full-stack OS for energy and dual-carbon scenes. Microkernel · AI-native runtime · human-machine homology · private-ready

meetcarbon-os — bash

$ mc os boot

[kernel] Auth Engine .......... ready

[kernel] AI Center ............ ready

[kernel] IoT Engine ........... ready

[kernel] Data Bus ............. ready

[domains] 6 business domains .. ready

[apps] 60 applications ...... mounted

[shell] GUI + CLI + AI ....... active

MeetCarbon OS is ready.

Explore the OS panorama Why an OS See the business-value introduction

OS vs Platform

Interaction, programmability, AI positioning — three dimensions that differ at the root

Interaction

Traditional platform

Web UI only

MeetCarbon OS

GUI + CLI + AI in parallel

Programmability

Traditional platform

Not programmable; depends on manual work

MeetCarbon OS

Full-domain programmable; humans, AI, and systems share the same calls

AI positioning

Traditional platform

A chatbot bolted on after the fact

MeetCarbon OS

AI as a runtime layer, sharing capability definitions with the CLI

Go deeper

Five-layer OS architecture

Layered like Linux: clear duties, independent upgrades, fault isolation

User Space

60 business appsMini programs and mobile webDigital-twin dashboards

layer 05

Shell

MeetCarbon Cloud workbenchMeetCarbon CLI (mc)MeetCore and Atan

layer 04

System Services

Unified gatewayMicroservices grouped by domainMessaging · approval · tickets · alerts · contracts · reports

layer 03

Kernel

Unified auth engineAI capability centerIoT protocol engineData bus (relational + time series)

layer 02

Hardware Abstraction

Meters · inverters · storage BMS · chargersMQTT · Modbus · HTTP · TCP · RS485

layer 01

Scene apps

Enable on demand

Interaction channels

GUI · CLI · AI

Business domains

From energy to enterprise

CLI domains

Human-machine homology

Three interaction modes, one OS

GUI + CLI + AI — managers on the web, ops on CLI, everyone on AI

GUI

Graphical Interface

Web workbench · mobile apps · data walls

For: Managers and operators

CLI

Command Line

mc command line · scripted automation · system integration

For: Ops, developers, and integrators

AI

AI Assistant

MeetCore calls the OS · Atan answers dual-carbon questions

For: All users

Ten OS features

OS language for energy-carbon differentiation

Full-stack native

Full-Stack Native

60 business apps and end-user clients, built in-house, with data shared in one kernel.

Data is natively interoperable. Requirement changes go into source code, not a third-party backlog.

AI-native runtime

AI-Native Runtime

AI is a built-in OS runtime layer and shares capability definitions with the CLI.

AI can operate the business system — query data, produce reports, analyze, and recommend.

Human-machine homology

Human-Machine Homogeneous

One capability definition, shared by GUI / CLI / AI — identical coverage.

Build once, get three channels. AI agents reuse every business capability.

Energy-carbon unified kernel

Energy-Carbon Unified

Energy and carbon data meet in the kernel and convert to emissions automatically.

No manual transcription errors. Reports are auditable with a single methodology.

Multi-scene OS

Multi-Scene OS

Buildings, parks, campuses, government offices, hospitals, communities, and mines — enable the matching apps on one OS.

New scenes do not require a new purchase. Enable the matching apps.

Microkernel architecture

Microkernel Architecture

Micro-frontends + microservices = OS-grade modularity.

Upgrades do not take the whole system down. A single module failure stays isolated.

See all ten features Already have EMS? See what is different

Six domains

Energy, carbon, scenes and enterprise — enable the families you need

Energy operations

Energy operations · 8 Apps

PV-storage-charging microgridFull life-cycle operations for integrated stations

Charging operationsStations to invoices: EV and two-wheeler, parking + charging

Energy storage operationsSafe operation and dispatch of storage assets

Solar operationsFleet O&M plus investment/EMC — control, settle, reconcile

Energy EMSSubmetering, analysis, electrical safety and hosted ops

Virtual power plantFlexible resources, demand response and settlement

Load aggregationFlexible loads, demand-response execution and dispatch

Power trading supportMarket data, price forecasts, strategy backtests and risk

Zero-carbon scenes

Zero-carbon scenes · 11 Apps

Zero-carbon buildingsEnergy, carbon, environment, efficiency and control in one stack

Zero-carbon parksPark footprint, neutralization path and carbon assets

Zero-carbon homesHome HEMS, PV-storage and low-carbon engagement

Zero-carbon government officesPublic-institution energy-carbon and conservation assessment

Public-institution energy-carbonAuthority ledger, hosted-energy pilots and appraisal

Zero-carbon associationsAssociation operations and member programs

Zero-carbon MICEEvent accounting, offsets and carbon-neutral certificates

Zero-carbon campusesCampus energy-carbon plus a unified smart card

Zero-carbon communityCommunity space file, carbon ledger and review materials

Zero-carbon transportEnergy and carbon for transport scenarios

Zero-carbon hospitalsHosted energy and facilities carbon management

Smart buildings

Smart buildings · 6 Apps

Smart lightingGroup scenes and efficiency strategies

Smart street lightingConnected poles, group control and multi-service mounts

Smart HVACCentral plant monitoring and efficiency dispatch

Smart parkingLots, charges, monthly and hourly parking

Parking and charging network managementCity-scale parking and charging points, index, and display wall

Smart water savingIoT monitoring, leak analysis and control

Carbon management

Carbon management · 17 Apps

ESG & sustainabilityMetrics, collection, supply chain and disclosure

Carbon assetsAllowances/CCER, compliance and offsets

Inclusive carbonPersonal/merchant points and reduction scenarios

Product carbon footprintProduct-level models and supply-chain data

Building LCAWhole-life building carbon assessment

GHG inventoryOrganization-level, multi-source, auditable disclosure

Carbon factor librarySearch, versioning and citation of emission factors

Tariff dataTime-of-use, catalogue and traded electricity prices

Zero-carbon factoryNational zero-carbon factory admission, path and evidence

Zero-carbon mineMine energy-carbon ledger, electrification and green-mine evidence

Zero-carbon waterWater-project energy-carbon, pump intensity and ecological flow

Zero-carbon targetsTarget breakdown, measure codes and progress

Charging supervisionEV and two-wheeler charging facility monitoring and subsidies

Energy-carbon supervisionGovernment ledgers and six-loop supervision

Green supply chainSupplier green performance, Scope 3 and procurement carbon

Supplier portalSupplier admission, files and self-service carbon data

MeetCarbon Green FinancePayable confirmation, supplier finance and bank landing

Enterprise management

Enterprise management · 10 Apps

Human resourcesOrg design, hiring, attendance, performance and payroll

Customer relationshipsAccounts, leads, opportunities and sales work

MeetCarbon AcademyCourses, certificates and required onboarding learning

Project managementLife-cycle control for clean-energy projects

Asset sharingIdle assets, transfer and sharing

Procurement & warehousePurchasing, inventory and warehouse operations

AdministrationLeave, seals, approvals and admin collaboration

Finance managementMonth-end recon, journals, close and the operating cockpit

Enterprise coreMaster data, posting, fiscal periods and published APIs

Customer serviceContact centre, service tickets and voice of customer

Platform foundation

Platform foundation · 7 Apps

Smart one-cardCross-scene cards, merchants, terminals and benefits

IoT device managementOnboarding, models and protocol management

Data access hubMulti-source ingest, standardisation and distribution

Smart O&MCross-asset O&M hub — one asset, one file, health loop

Digital twin3D visualization, dashboards and operations linkage

Interconnection interface managementThird-party integration and data-sharing trace

Investment evaluationReturns, scenarios and investment comparison

See all 60 apps

Why MeetCarbon OS

Dimension-by-dimension vs traditional energy-carbon suites

Dimension	Traditional custom	SaaS platform	MeetCarbon OS
Architecture	Monolith / modular	Multi-tenant SaaS	Microkernel (micro-frontends + microservices)
Interaction	Web GUI only	Web GUI	GUI + CLI + AI
AI	None / bolt-on	Basic AI	AI-native runtime
Programmability	Not programmable	Limited API	Full-domain CLI + API
App model	Sold as a bundle	Module subscription	Enable on demand, like installing apps
Deployment	Project deployment	Public cloud only	Public / private / hybrid
Data fusion	Silos between systems	Limited integration	Kernel-level data fusion
Build model	Partial in-house + integration	Third-party SaaS	Full-stack in-house

Deployment scenes

Each scene lists an OS app mix you can enable on the same base

Zero-carbon public institutions

Government offices and public institutions

Aligned with NGAB assessment metrics; auto-generate GHG accounting reports

Zero-carbon officesGHG inventorySmart HVACSmart lightingIoT device management

Charging + storage operations

Charging operators and storage investors

Charging, parking, and PV-storage revenue on one ledger, with a closed ops loop

Charging operationsStorage operationsMicrogridSolar operationsSmart parking

Zero-carbon industrial parks

Industrial, business, and tech parks

One park energy-carbon view, ready for green-park certification and disclosure

Zero-carbon parksIntegrated energyGHG inventoryESGDigital twin

Green campuses

Universities, K-12, and education groups

Aligned with Ministry of Education green-campus standards

Zero-carbon campusesGHG inventorySmart lightingCharging operationsInclusive carbon

Carbon asset operations and trading

Covered entities and electricity retailers

Allowances, abatement, and disclosure share one methodology for compliance

Carbon assetsGHG inventoryESGPower tradingProduct carbon footprint

Integrated energy service companies

ESCO / integrated energy service firms

One OS from project origination through post-investment operations

Project managementEnterprise managementContract centerPV + storage + chargingCarbon assets

Hospital energy hosting

Hospital facilities teams and energy hosts

Zoned strategies, auditable savings and hosting bills, and an annual carbon report

Zero-carbon hospitalsIntegrated energySmart HVACSmart lightingSmart operations

Regional energy hosting

Local platform companies

District hosting from retrofit through operations and revenue

Integrated energyZero-carbon buildingsSmart operationsContract centerCarbon assets

Zero-carbon associations

Chambers and member organizations

Member operations, low-carbon meetings, and member-company carbon services under one brand

Zero-carbon associationsInclusive carbonZero-carbon eventsGHG inventory

Zero-carbon events

Event organizers and venues

Event accounting, offset and certificates, plus an attendee client

Zero-carbon eventsGHG inventoryCarbon assetsDigital twin

Low-carbon communities

Subdistricts, communities, and property managers

Community carbon accounting, energy control, and resident carbon accounts together

Low-carbon communitiesIntegrated energyInclusive carbonZero-carbon card

Zero-carbon mines

Mining companies and group energy-carbon teams

Green-mine clauses, diesel, and operating accounts on one ledger

Zero-carbon minesIntegrated energyCharging operationsGHG inventory

MeetCarbon Green Finance

Anchor buyers, suppliers, and banks

Supplier carbon performance enters the financing price: confirmation, choice, and carbon labels

MeetCarbon Green FinanceSupplier portalProduct carbon footprintGHG inventory

See detailed scene plans

Go deeper into MeetCarbon OS

12 chapters, from kernel to delivery, covering every OS layer

Ch.01

Why energy-carbon work needs an OS

Ch.02

MeetCarbon OS panorama

Ch.03

OS Kernel — kernel layer

Ch.04

System Services — service layer

Ch.05

MeetCarbon Shell — CLI and human-machine homology

Ch.06

AI Runtime — AI-native architecture

Ch.07

Applications — 60 business apps

Ch.08

User ends — mini programs and mobile web

Ch.09

MeetCarbon information and services platform

Ch.10

Design philosophy and ten OS features

Ch.11

Typical deployment scenarios

Ch.12

Delivery and service

Ready to try the energy-carbon OS?

MeetCarbon OS supports public cloud, private, and hybrid. Contact us for a demo or trial.

Book a demo See the delivery process