ETIHAD ESCO DEMAND SIDE ENERGY EFFICIENCY ACTIVITIES

ETIHAD ESCO
DEMAND SIDE ENERGY
EFFICIENCY ACTIVITIES
CLIENT: ETIHAD ENERGY SEVICES CO.
(ESCO)
PROJECT BRIEF
In line with the strategy of Supreme Council of
Energy, District Cooling is a viable tool to reduce
energy consumption of the built environment
and target a 40% penetration in the Emirate
of Dubai. EMPOWER is world’s leading entity
when it comes to development and provision of
efficient district cooling services. EMPOWER’s
energy efficient and thereby emission reduction
measures will be made eligible under the
UNFCCC by Dubai Carbon, to generate
carbon credits. For this a new and unique CDM
Methodology specific to district cooling is being
developed.
PROJECT STATUS
Project Type:
Carbon Advisory
Project Duration:
18 months
Project Status:
Ongoing
Meet the Team:
Thomas
Bosse
Fazil Abdul
Rahiman
Suraiya
Tasnim
ETIHAD ESCO
DEMAND SIDE ENERGY
EFFICIENCY ACTIVITIES
CLIENT: ETIHAD ENERGY SEVICES CO.
(ESCO)
CLIENT:
Etihad Energy Sevices Co. (ESCO) is a DEWA venture that was established in 2013
to make Dubai built environment a leading example of energy efficiency for the region
and the world. As a Super ESCO (Energy Service Company), it enables the energy
performance contracting market in Dubai by developing energy efficiency projects
targeting more than 30,000 buildings. Etihad ESCO aims to jumpstart the creation of
viable performance contracting market for energy service companies by executing
building retrofits, increasing penetration of district cooling, building capacity of local
ESCOs for private sector and facilitating access to project finance.
http://www.etihadesco.ae
OUTCOMES/WORK PACKAGES:
PROJECT APPROACH:
• D
eveloping and registering Dubal’s
energy efficiency project with
UNFCCC
• International recognition for Dubal’s
energy efficiency improvement
measures
• Prince 2 for Project Management
• U
NFCCC methodologies, rules
and references
EMISSION REDUCTION
POTENTIAL:
Unlimited since unlimited
number of projects can be
added under the PoA
CDM METHODOLOGY:
AMS.II.C "Demand-side
energy efficiency activities
for specific technologies"