Sustainable Utilities Management Solutions

SAM - Sustainable Asset Manager

Digital Utilities

Digital Twin & AI Platform for Integrated Performance Management of Utilities

INNOVATION

Virtual Pump Station

(Patent No 236496)

Fluid parameters derived from Energy

Virtual Pump Station

Derives dynamic performance of pumping systems (including head, flow and efficiency) using only an energy meter.

INNOVATION

Water-Energy Grid

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Monitor Water & Aquifer through energy

Smart Water-Energy Grid

Deriving water withdrawal, level, drawdown, aquifer properties of well etc. from pump energy.

INNOVATION

Plant Virtualization

(Patent Pending)

Plant performance from energy and temperature

Virtual Chiller Plant

Derive chiller plant performance using only energy and temperature sensors.

INNOVATION

Sustainability Cyborg

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AI-enabled Sustainaiblity Manager

Sustainability Cyborg

Remote Sustainability Manager for Optimizing Energy, Water & Assets

How it Works?

Virtual Metering

Steps to Engage Datamatrix

Provide name plate data and site test/audit data of critical machines

Establish energy data communication of critical machines.

Establish header temperature data communication (for HVAC)

Remote monitoring analytics and automation through Datamatrix Cloud

Compare Technologies

Features	Conventional methods	Datamatrix approach
TECHNOLOGY	Limited Intelligence, require System Engineering & Integration Each parameter is independently metered and integrated	Use Digital Twins & Artificial Intelligence (AI), remotely configured based on test data Dynamic model computes all parameters from energy signature validate them using basic metering
METERING	Requires dedicated costly meters and detailed instrumentation Require dedicated meter for each fluid parameter, Flow, Pressure	Fluid Parameters computed from by Virtual Meter (Datamatrix Patent) Require only low-cost meters (energy meters and temperature sensors)
PERFORMANCE MONITORING	Monitor only System & Process Performance Each parameter is independently metered and integrated	Monitor Equipment, System & Process Performance of all equipment Dynamic model compute all parameters and validate them using basic metering
CONDITION MONITORING	Condition monitoring requires separate sets of Instrumentation Relationship between parameters is not established for optimization	Condition monitoring using basic metering with performance modelling Establish complex interrelationship (Fluid \| Water \| Energy \| Asset nexus)
ASSET MANAGEMENT	Only energy consumption and system performance is monitored Predictive Maintenance is Not Possible, without separate system	Tracks Energy consumption, energy loss & Life Cycle Cost of equipment Predictive Maintenance & Condition Based Maintenance
BEST PRACTICES	Standalone systems with limited options for third party collaboration Best practices are to be followed as a separate assignment	Cloud based collaborative multi partner working environment Seamless Integration to Best Practices ISO 41001, 50001, 55000, 45000)
MEASUREMENT & VERIFICATION	Performance Measurement & Verification is manually done To be designed independently - prone to human error	Performance Measurement & Verification is automated Conforms to IPMVP and facilitate all IPMVP Options
PROJECT COST	CAPEX Technology cost generally paid upfront	OPEX - Technology Cost Recovered from Saving. ➢ Platform as a service (PaaS) ➢ Performance contract
IMPLEMENTATION	Implementation must be done in one go Generally Managed from one location mostly only monitoring	Implementation is done progressively with tangible outcomes at each stage Managed from multiple geographies with continuous commissioning - facilitates multiple advantages