unlocking the “5th fuel” : increased energy efficiency ... · increased energy efficiency with...

6
Unlocking the “5 th Fuel” : Increased Energy efficiency with Machine learning + big data 31/08/2018 BeeBryte - Irena - CONFIDENTIAL 1

Upload: others

Post on 21-Apr-2020

3 views

Category:

Documents


0 download

TRANSCRIPT

Page 1: Unlocking the “5th Fuel” : Increased Energy efficiency ... · Increased Energy efficiency with Machine learning + big data 31/08/2018 BeeBryte - Irena - CONFIDENTIAL 1. A BIT

Unlocking the “5th Fuel” : Increased Energy efficiency with Machine learning + big data

31/08/2018 BeeBryte - Irena - CONFIDENTIAL 1

Page 2: Unlocking the “5th Fuel” : Increased Energy efficiency ... · Increased Energy efficiency with Machine learning + big data 31/08/2018 BeeBryte - Irena - CONFIDENTIAL 1. A BIT

A BIT MORE ABOUT US

2015 20Founded in Team of Offices in

FRANCE &

SINGAPORE

Selected customers

Accelerated by Supported by

31/08/2018 BeeBryte - Irena - CONFIDENTIAL 2

Page 3: Unlocking the “5th Fuel” : Increased Energy efficiency ... · Increased Energy efficiency with Machine learning + big data 31/08/2018 BeeBryte - Irena - CONFIDENTIAL 1. A BIT

OUR SOLUTION

40%ENERGY COST

SAVINGS PATENTEDINTELLECTUAL PROPERTY

31/08/2018 BeeBryte - Irena - CONFIDENTIAL 3

ARTIFICIAL INTELLIGENCE + MACHINE LEARNING

BIG DATA

Page 4: Unlocking the “5th Fuel” : Increased Energy efficiency ... · Increased Energy efficiency with Machine learning + big data 31/08/2018 BeeBryte - Irena - CONFIDENTIAL 1. A BIT

CASE STUDY SMART HVAC & REFRIGERATION SYSTEMS

Condenser Water Leaving

Condenser Water Returning

Cooling Tower

Chillers

Air Handing Unit

Chilled Water Leaving

Chilled Water Returning

Condenser Optimization

Dynamic control of condenser water flow rateto find best trade-off between reduced chillerconsumption & higher fan consumption@ cooling towers

Part Load Ratio

Optimally distributed load between chillers.Each cooling capacity is constrained to ensureoperation at the most efficient part load ratio

Chilled Water Optimization

Dynamic control of chilled water temperatureand flow rate to find best trade-off betweenreduced chiller consumption & higher fanconsumption @ Air Handling Unit

Air-Side

We intervene on this second coolingloop time-shifting part of the HVACload by increasing or decreasing thetemperature of the room(s) within yourcomfort range

Smart Control: BeeBryte dynamically adjusts indoor air temperature within comfort range and/or HVAC sub-systems regulation (chiller, pumps, fans...) -finding unprecedented setpoints based on self-learning models adapting to the actual system behavior and performances, -relatively to the building context : weather, occupation, business activity... -for higher energy efficiency & lower energy costs (peak-shaving, arbitrage)

31/08/2018 BeeBryte - Irena - CONFIDENTIAL 4

Page 5: Unlocking the “5th Fuel” : Increased Energy efficiency ... · Increased Energy efficiency with Machine learning + big data 31/08/2018 BeeBryte - Irena - CONFIDENTIAL 1. A BIT

31/08/2018 BeeBryte - Irena - CONFIDENTIAL 5

Case Study

10% UTILITY BILL SAVINGS$$26% HVAC ENERGY CONSUMPTION REDUCTION

8% BUILDING ENERGY CONSUMPTION REDUCTIONKWh

Without BeeBryte

With BeeBryte

Page 6: Unlocking the “5th Fuel” : Increased Energy efficiency ... · Increased Energy efficiency with Machine learning + big data 31/08/2018 BeeBryte - Irena - CONFIDENTIAL 1. A BIT

Join us in the electric revolution!

www.beebryte.com CONTACT

[email protected]

+33 6 71 30 99 14

31/08/2018 BeeBryte - Irena - CONFIDENTIAL 6