Energy Ecosystem

Our perspective on project development

Scale, speed and ingenuity to deliver tangible results

Technologies & Development

From Power Projects to Energy Ecosystems

1

Wind (on / offshore)
2

Hydropower
3

Hydrogen & eFuels
4

Marine
5

Energy Efficiency & Demand Management
6

Gas & Diesel (where necessary)
7

Carbon Capture & Storage (CCS / CCUS)
8

Nuclear
9

Utility Scale Solar PV
10

Storage Technologies
11

Solar Thermal (CSP)
12

Geothermal
13

Waste-to-Energy
14

Agri-Energy

APPROACH: SUSTAINABLE PORT INFRA

Port operation electrification

Cold Ironing / Shore Power
In-bound logistic electrification

RE for Ports

Hybrid Solar / Wind / BESS

e-Fuels and New Propulsion systems

GNL
H2 & Green Ammonia
Hybrid Propulsion

Digitalization

IoT
AI and Smart Operations
Supply Chain traceability

Carbon Capture & other mitigation technologies

CCSU

APPROACH: ENHANCED DISTRIBUTED ENERGY

Targeted approach for

Remote power systems
Behind-the-meter C&I
Utility scale

Integration of different energy sources

Deployment of diversified RE sources to balance intermittency
Leverage different BESS technologies to enable both short-term and seasonal flexibility
Complement resilient 24/7 operation with either GH2 (where applicable) or gas/diesel (where required)

Zero-DES

Energy cooperatives or community-owned systems
Shared mini-grids or virtual power plants (VPPs)

APPROACH: ENERGY-INTEGRATED DATA CENTERS

Co-location approach

Complement DCs development with dedicated RE assets
Leverage clean energy SLAs
Multi-revenue stream approach enablement

Edge & Modular Approach

Containerized, modular units for edge data center nodes

Carbon neutral tracking

Liquid cooling, heat reuse, AI-controlled HVAC
Carbon monitoring & tracking for Scope 2/3