District Cooling Market Trends 2020 to 2026 Profiling Siemens, Danfoss, Veolia, Fortum, Wien Energie, ENGIE S.A., SNC Lavalin, Qatar Cool

Market Study Report LLC recently added a new title on 2020-2026 Global District Cooling Market Report from its database. The report provides study with in-depth overview, describing about the Product, Industry Scope and elaborates market outlook and status to 2026.

Accelerating demand for space cooling along with stringent regulatory norms toward emission reduction will foster the industry growth. Growing penetration of renewable energy technologies in primary energy consumption coupled with ongoing adoption of sustainable energy technologies will propel the business outlook. In addition, changing climatic conditions across Central Europe, South Asian nations and Middle East region has also favored the product adoption.

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District Cooling Market in 2019, exceeded USD 150 Billion and is anticipated to represent an annual installation of 300 PJ by 2026. Ongoing adoption of smart and sustainable technologies coupled with increasing government initiatives pertaining to carbon emissions will foster the district cooling market.

Some major findings of the district cooling market report include:
- Demand for sustainable energy cooling technologies is growing on account of exponential increase in cooling consumption.

- Stringent energy efficiency norms & regulations to reduce emissions is anticipated to drive the industry growth.

- Accelerating investments toward clean energy technology

- Leading players in the district cooling market includes Ramboll, Danfoss, Vattenfall, Veolia, Fortum and Engie

- Industry players are focusing toward extensive research & development activities and numerous initiatives to augment their industry presence.

- Regulatory authorities are aiming toward emission reductions and energy efficiency which has led to a significant increase in the DC installation.

Favorable government policies, rapid urbanization, and increasing investments in the development of residential establishments have significantly enhanced the Asia Pacific district cooling market share. China with a high concentration across the Southern region has a substantial district cooling capacity with its total sales increased rapidly in the past 10 years. The rapid economic growth along with the growing cooling demand across the nations is anticipated to pave a favorable business scenario for the industry players.

The increasing floor space across colleges/universities, office and government buildings to provide sustainable cooling solutions and to meet the high refrigeration demands has significantly strengthened the adoption of DC systems across commercial applications. In addition, ongoing infrastructure expansion projects across the U.S., China, Sweden, Japan and Saudi Arabia will boost the industry growth. Furthermore, increasing investments pertaining to the development of sustainable and efficient infrastructure coupled with regulatory framework pertaining to sustainable building codes & standards will complement the business outlook.

The heat pump technology will significantly grow on account of its effective ability to produce heat, electricity and cooling simultaneously. In addition, adoption of large-scale product primarily across the developed nations owing to strict energy efficiency protocols will enhance the business outlook. Furthermore, the ongoing integration of sustainable technology mix coupled with favorable government policies and directives to reduce emissions will stimulate the technology adoption.

The Nordic countries lead the development of DC systems across the Europe with respect to the installation of systems irrespective of low population and colder climate when compared to other parts of the region. The key reason behind the increasing demand is the rising infrastructural spending and the growing residential and service sectors. Over the years, the European district cooling market has been growing at a stagnant rate between 1% to 3% with very few significant developments being taken place. The ongoing R&D activities and stringent regulatory framework for carbon emissions, it can be expected that the industry effectively will grow across the region. Furthermore, a paradigm shift toward sustainable energy solutions owing to the economic and environmental benefits will provide opportunities for business expansion.

Table of Contents:
Chapter 1 Methodology & Scope

1.1 Methodology

1.2 Market definitions

1.3 Market estimation & forecast parameters

1.4 Data Sources

1.4.1 Primary

1.4.2 Secondary

1.4.2.1 Paid Sources

1.4.2.2 Public Sources

Chapter 2 Executive Summary

2.1 District cooling 360 degree synopsis, 2015 - 2026

2.1.1 Business trends

2.1.2 Production technique trends

2.1.3 Application trends

2.1.4 Regional trends

Chapter 3 District Cooling Industry Insights

3.1 Industry segmentation

3.2 Industry landscape, 2015 - 2026

3.3 Industry ecosystem analysis

3.3.1 Vendor matrix

3.4 Innovation & sustainability

3.4.1 Veolia

3.4.2 Siemens

3.4.3 Qatar Cool

3.4.4 Engie

3.5 Regulatory landscape

3.5.1 U.S.

3.5.1.1 Federal Energy Management Program

3.5.1.2 New California Building Efficiency Standards

3.5.2 Europe

3.5.2.1 Energy Efficiency Plan, 2011

3.5.3 Germany

3.5.3.1 German Energy Saving Ordinance (EnEV)

3.5.4 France

3.5.4.1 Energy Transition Act, 2015

3.5.4.2 DH zoning rule

3.5.5 Sweden

3.5.5.1 Energy taxation, subsidies, and fees

3.5.6 Finland

3.5.6.1 National energy policy

3.5.6.2 Building regulations

3.5.7 Norway

3.5.7.1 Net energy requirement for Buildings

3.5.8 Oman

3.5.9 Qatar

3.5.9.1 Low-voltage Electricity & Water Installations Regulations

3.5.9.1.1 District Cooling Design and Water Management Code 2016

3.5.10 United Arab Emirates (UAE)

3.5.10.1 Abu Dhabi

3.5.11 Saudi Arabia

3.5.12 China

3.5.12.1 China building energy codes

3.5.12.2 China's HSWW standard

3.5.13 Singapore

3.5.13.1 District Cooling Act 2002

3.5.13.2 District cooling services supply code

3.6 Price trend analysis

3.6.1 North America

3.6.2 Europe

3.6.3 Asia Pacific

3.6.4 Middle East

3.7 Cost structure analysis

3.7.1 Levelized costs of district cooling

3.7.2 Network cost of district cooling

3.7.3 Comparative cost of district cooling sources

3.8 Installed district cooling capacity across key countries, 2013

3.9 Customer requirement

3.10 Customer group requirement

3.11 Entry barriers

3.12 Development of future district heating & cooling solutions

3.12.1 INDIGO

3.12.2 FLEXYNETS

3.12.3 E2District

3.12.4 InDeal

3.12.5 H-DisNet (H-DisNet Hybrid Thermo-Chemical District Networks)

3.13 Case study analysis - Integrated DHC system in Stockholm

3.13.1 Project Overview

3.13.2 Key facts & figures

3.13.3 Urban development & expansion of DHC

3.13.4 Policies & incentives supporting the DHC

3.14 Degree of competition

3.15 Opportunity analysis

3.16 Industry impact forces

3.16.1 Growth drivers

3.16.1.1 North America

3.16.1.1.1 Stringent regulations toward emissions

3.16.1.2 Europe

3.16.1.2.1 Growing norms toward zero emission buildings

3.16.1.2.2 Growing focus toward the adoption of sustainable energy

3.16.1.3 Asia Pacific

3.16.1.3.1 Rapid urbanization and industrialization

3.16.1.3.2 Regulations toward sustainable energy

3.16.1.4 Middle East

3.16.1.4.1 Rising infrastructural spending

3.16.1.4.2 Extreme climatic conditions

3.16.2 Industry pitfalls & challenges

3.16.2.1 High capital cost

3.17 Growth potential analysis

3.18 Porter's Analysis

3.19 Competitive landscape, 2018

3.19.1 Strategy dashboard

3.19.1.1 Engie

3.19.1.2 Veolia

3.19.1.3 DC Pro Engineering

3.19.1.4 Siemens

3.19.1.5 Emirates District Cooling LLC (EMICOOL)

3.19.1.6 Helen Oy

3.19.1.7 SNC Lavalian

3.20 Competitive benchmarking

3.21 PESTEL Analysis
Chapter 4 District Cooling Market, By Production Technique
Chapter 5 District Cooling Market, By Application
Chapter 6 District Cooling Market, By Region
Chapter 7. District Cooling Market Company Profiles

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