ENGIE Impact accelerates the sustainability transformation for corporations, cities and governments. We help
organizations embed sustainability into their operational strategies, allowing them to bridge the gap between
sustainability commitments and realized results that capture economic value and make organizations more
competitive over the long term.
2. Businesses, cities and
governmentsâŠ
⊠Want to move to a
Zero-Carbon Future,
What locations
have the
biggest
opportunity?
But massive complexity is preventing it
from happening at speed and scale.
How do I
ensure
consistent
performance?
How can I fund more projects
with limited capital dollars?
Confidential & Proprietary 2
4. 4
ENGIE Impact Key Figures
Corporate, city and government clients 1000
Sites under management 1,000,000
Number of Employees 2000+
Number of Offices Worldwide 13
Corporations
Business within ENGIE Group â
a 60B+ EUR revenue company leading the zero-carbon transition
Cities, Governments and Other Territories
Confidential & Proprietary
5. Confidential & Proprietary 5
ENGIE Impact Sustainability Capabilities
Energy Water Waste CarbonWhat we Use and Generate
Sites Production Transport Supply ChainWhere we Use and Generate Them
ENGIE Impact Platform
Supply
Management
âą Procurement
âą Rate Monitoring & Optimization
Expense & Data
Management
âą Bill Processing & Analysis
âą Site Services
âą Financial Services
Manage Spend Reduce Usage Optimize Resources
Efficiency
Projects
âą Energy, Water & Waste Audits
âą Equipment Evaluation
âą Rebate Management
Data
Analytics
âą Portfolio Benchmarking
âą Meter Analytics
Sustainable Resource
Implementation
âą Carbon Reduction & Reporting
âą Energy, Water & Waste Management
âą Energy Storage and Solar
Sustainable Resource
Planning
âą Resource Management Roadmap
âą DER Opportunity Identification
âą Carbon Target Development
6. Confidential & Proprietary 6
What Makes us Different?
Deep data and
analytics for quicker,
more accurate insight
Multi-disciplinary
strategic and
technical experts that
implement complex
solutions
Tailored roadmaps for
global needs with
solutions for local
realities
7. 7
Restaurant Chain Client Saves $29 Million
With integrated approach to energy
& sustainability management
ENGIE Impact delivers
$3.9M in savings
through robust bill
auditing
ENGIE Impact
Strategic Advisors
develop CapEx plan
with IRR of 97%
ENGIE Impact Portfolio
Benchmarking
prioritizes efficiency
projects
ENGIE Impactâs Energy
Advisors implement,
optimize, and measure
efficiency projects
Client saves over $1M
per year by managing
equipment schedules
Client achieves 11%
water consumption
savings
Confidential & Proprietary
9. 9
ENGIE Impact offers to deliver an
Integrated Sustainability Roadmap
General
Investigation
Macro-analysis
Solution
Evaluation
Integrated
Masterplan
Deep Dives
Scenarios
Comparison
Integrated
Masterplan
Deep Dives
Added Value
Proposal
Deep Dives
Recommended
Project sheets
Greenway â
Freemium Macro-
anaysis
Energy
Demand & Supply
Structured
ApproachHolistic
Methodology
Mobility
Decarbonised Fleet
Step 1 Steps 1 & 2 Steps 2 & 3
Integrated Masterplan
Water
Usage, Alternatives, âŠ
Waste & Materials
Mgt, Innovations, âŠ
Step 4
Project
Sheets
Go/NoGo?
FundingOptions?
SustainabilityAsAService
Others âŠ
Concrete Outcomes
For Informed
Decision Making
10. RESTRICTED
Decarbonised Mobility Masterplan
Recent Use Case
Fleet: size & techno
âą # of vehicles
âą Type of vehicles
âą Type of technology
âą Year to year
Environmental impact
âą Comparison with BAU
âą Reduction in terms of:
âą CO2
âą NOX
âą PM
Total Cost of Ownership
âą Capex
âą Opex
âą Year to year
âą In link with the energy WP
Infrastructure needs
âą Sizing of the infrastructures
âą H2, GNV, âŠ
âą Fast/slow charging stations
âą Daily needs
The Decarbonised Mobility Masterplan outcomes (infrastructures, electrical load profile, H2 load profile, âŠ) are an input the
Integrated Energy Masterplan âŠ
11. RESTRICTED
Introduction to Prosumer
Mathematical model
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11
⌠The tool decides the optimal dispatch,
i.e. when it will produce or store energy
and when it will buy or sell energy.
Subsidies and support schemes (green
certificates) are taken into account
⌠Chronology is respected (flexibility on the
timestep)
Investment decision
Optimal dispatch
Mathematical model:
Capex
Operating costs
Revenues
Total Cost optimization
+
-
⌠The tool decides the optimal size of
the production and storage units
Mixed Integer Linear Program (MILP) optimization of the costs and revenues over a project duration
Prosumer goal:
Minimize the total costs (TCO
optimization) given energy needs
and available technologies
12. RESTRICTED
Introduction to Prosumer
Methodology
This document is the property of Tractebel Engineering S.A. Any duplication or transmission to third parties is forbidden without prior written approval
12
âȘ Market prices
âȘ Metering rules
âȘ Support schemes
âȘ Regulatory context
(Building efficiency, f-gas
directive,âŠ)
Context
Step 3
Electricity
needs
Extra production
valued @
Retail tariff
(+ Subsidy)
Autoproduction
valued @ Retail
tariff
Normal
retail tariff
applies
Electricity
needs
Normal
retail tariff
applies
Extra production
valued @
Market Price
(+ Subsidy)
Autoproduction
valued @ Retail
tariff
Available options
Step 2
âȘ Availability of
resources
âȘ Cost of options
âȘTechnical constraints
âȘ Potential synergies
(inverterâŠ)
Prosumer needs
Step 1
âȘ Type of customers
âȘ Energy load profiles
âȘElectricity
âȘHeating
âȘHot water
Space
heating
Space heating Space heating
Space heating
Water
heating
Waterheating
Waterheating
Waterheating
Electrical
Electrical
Electrical
Electrical
2443 TWh
- 42%
-33%
949 TWh
TotalResidential
Energydemand
Owned Dwellings only Individuallyheated
only
TargetMarketEnergy
Demand
-
Indicators
Step 4
-10%
-6%
-2%
-3%
1%
1%
4%
4%
6%
3%
3%
-10%
-3%
1%
1%
3%
4%
5%
5%
6%
7%
7%
HPelec
MicroCHP
PVMicroCHPBattery
PVMicroCHP
PVHPeleBattery
PVHPElec
PVBatt
PV
HPGas
HPMicroCHPBattery
HPelecMicroCHP
subsidies w/o subsidies
+
âȘ Optimal size of assets
âȘ Return on investment, NPV
âȘ LCOE
âȘ RES share (% of load)
âȘ Savings on energy bill
âȘ Avoided CO2 emissions
âȘ Operating regimes
Data collection Simulations Analysis
13. RESTRICTED
Industry
Zero Carbon Strategy
This document is the property of Tractebel Engineering S.A. Any duplication or transmission to third parties is forbidden without prior written approval
13
Ferrero
(Germany,
Poland)
Initial Context
Industrial site to be fully green by 2040 (0 CO2)
Optimization of electricity, heat/steam & cold production
and processes
Long term security to be guaranteed
Key added-value features
Heat-to-Cold synergy, Heat-to-Elec
synergy, Biomass, On-site Biogas
141 GWh/y
240 GWh/y
132 GWh/y
Optimal Investment Strategy
RES Share = 100%
CO2 reduced by 116.000 tons (-100%)
NPV increased to 416 MEUR (+37%)
On site production increased (8% of total)
PPA & on-site biogas secure the long term
14. RESTRICTED
Prosumer is widely used to co-construct with B2B and B2T actors their optimal
decarbonization investement strategy (multi-energy & mobility)
Decarbonization of North of Chile
Green H2 valley North NL
Ferrero: Green Factory (DE, PL)
100% RES microgrid resort (IN)
Springfield: eco-district (AUS)
100% RES island
Paris (FR) : Ecodistrict with district heating
Tractebel - Prosumer tool: investment strategy optimization
NSG: Green Factory (ARG)
Danone: Green factory (FR)
Local energy community (Austria)
Energy sourcing Strategy for Flying taxi
100% RES Easter Island
Green Cement Factory
Green H2 for chemical industry (Chile)
Green H2 for Ammonia plant(AUS)
Illustrative â Not Exhaustive List of Examples
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