Showing posts with label Combined Heat and Power (CHP) Installation Market Growth. Show all posts
Showing posts with label Combined Heat and Power (CHP) Installation Market Growth. Show all posts

Friday, 30 September 2016

Global Combined heat and power installation market to exhibit a CAGR of 4.38% By 2024

chGlobal Combined Heat and Power Installation Market: Key Trends
The upsurge in the consumption of fuel derived from biomass, wood, and waste heat, is likely to boost the installation of combined heat and power (CHP) across the globe. Transparency Market Research forecasts the global CHP installation market to exhibit a CAGR of 4.38% between 2014 and 2024. The prospects for CHP installations have improved globally in response to the rising energy prices. This, combined with stringent regulations implemented to curb carbon emissions from conventional systems, is expected to aid the proliferation of CHP systems worldwide.
CHP systems run on both renewable and non-renewable fuels such as natural gas, coal, wood, biomass, oil, and waste heat. They can operate at an efficiency level as high as 77% to 90% as compared to the 46% efficiency level of conventional systems. However, the best economics of a CHP system is achieved in cold climates, when the energy rates are high, prices of natural gas fall, and there is a continuous demand for heat. Besides this, diverse functionalities offered by CHP systems also encourage their installation in both colder and hotter regions.
Strong Existing Network of CHPs to Boost their Installation Worldwide
Based on in-depth research, TMR has pegged the combined heat and power installations worldwide to reach US$812.80 bn by 2024. The global CHP installation market stood at US$524.89 bn in 2014. The market will further gain impetus from the strong existing CHP network. The increasing awareness about CHP systems, particularly in developing nations is likely to translate into increased sales for the global CHP installation market. These countries are exhibiting high aggregate demand for energy-efficient technologies, thus creating enough opportunities for the market to leverage from during the report’s forecast period.
However, TMR expects the value chain of the global combined heat and power installation market to remain complicated with the prominent companies in the market adopting forward integration in response to the implementation of stringent policies by governments. Additionally, high initial cost incurred on the installation of CHP systems also discourages their widespread deployment. Nevertheless, the market is expected to find substantial opportunities in the residential and commercial energy markets in the near future.
Demand for Large-scale CHPs to Increase in Emerging Economies
The global CHP installation market can be broadly bifurcated into micro- and small-scale CHPs and large-scale CHPs. The latter of these segments has been witnessing overwhelming demand over the last few years. By revenue, the large-scale CHPs segment accounted for a share of 85.69% in the market in 2014. However, the segment is likely to lose a significant portion of its market share in the forthcoming years as the usage of small-scale CHPs increase globally. Growth exhibited by the micro- and small-scale CHPs is expected to be the fastest during the forecast period. Nevertheless, the increasing installation of CHP systems in developing nations such as India and China will keep the demand for large-scale CHP systems high during the forecast period.
Easy Availability of Natural Gas Boosts CHP Installations in Europe
Regionally, Europe exhibits the most lucrative prospects for the global combined heat and power installation market. The region held a share of 67.96% in the overall market in 2014. The easy availability of natural gas in Europe makes installation of CHPs relatively easier and more cost-effective. This has been spurring demand for CHP installations in countries such as Belgium, Germany, Poland, Italy, and Netherlands.
The leading vendors in the market are also exploring opportunities in Asia Pacific. The high demand for small-scale CHPs in Japan, coupled with their increasing installation across diverse industries, has been boosting demand for the CHP installation in the region.
The competitive landscape of the global combined heat and power installation market is highly fragmented. Some of the leading enterprises operating in the market include 2G Energy AG, Siemens AG, Edina Ltd., Wärtsilä Corporation, ENER-G Holdings Plc (ENER-G), Clarke Energy Ltd., and others.

Tuesday, 30 August 2016

Flourishing Asia Pacific Market to Follow Combined Heat and Power Industry’s Vanguard in Europe

Energy&Mining
Combined heat and power systems are most effective in cold climates, where heat is constantly required. When producing both heat and power, CHP systems can achieve an energy consumption efficiency of up to 90%, which is higher than any energy generation system producing either one. Due to the steady growth in their demand, the global combined heat and power installation market is expected to be valued at US$812.8 bn by the end of 2024. According to Transparency Market Research (TMR), the global market was valued at US$524.9 bn in 2014.
Combined heat and power (CHP) generation systems have been developed due to the realization that producing either in isolation leads to significant wastage of energy, as no one energy conversion system can harness all the energy produced by burning fuels. Combined heat and power systems are thus designed to be efficient, which is perfectly in line with the contemporary paradigm of environmental protection. As a result, combined heat and power systems have enjoyed rising demand in the last few years.
What are the key drivers for the combined heat and power installation market?
The rising government support to environmental protection is the prime driver for the global combined heat and power installation market. Due to the rising global energy consumption, the development of energy-efficient systems has picked up steam, driving the utilization of combined heat and power systems. Developed regions such as North America and Western Europe already have extensive distribution networks, which enable easy incorporation of the electricity generated in CHP systems.
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In August 2016, French authorities received the green light from the EU regulatory commission for a scheme to provide economic incentives to combined heat and power installations. These include plans to initiate feed-in premiums and feed-in tariffs, depending upon the operating conditions of individual plants.
However, the benefits of the government support have been multifaceted, with the firm supportive stance and economic incentives also encouraging other sectors to follow suit. For instance, English soccer club, Newcastle United, installed a combined heat and power system in its home ground, St. James Park, in early August 2016. Newcastle United has been a leader in the footballing world in terms of supporting environmental causes, with the club becoming the first carbon positive football club in the world in 2012. Such initiatives could well become commonplace in the sporting world in the coming years, providing a significant boost to the combined heat and power installation market.
What are the leading segments of the combined heat and power installation market?
By product type, large-scale combined heat and power units are the leading revenue generator in the market, with the segment accounting for a whopping 85.7% of the global CHP market in 2014. In spite of the expected rise in the demand for small- and micro-scale combined heat and power units due to their growing utilization in the residential sector, the rising demand for large-scale CHP systems in developing countries is expected to ensure their dominance in the coming years.
Regionally, Europe is the leading market for combined heat and power installations. On the other hand, the dynamic economies in Asia Pacific have become a lucrative future market for CHP manufacturers. The expanding industrial sector in Asia Pacific and the rising use of CHPs in the residential sector in Japan are the key drivers for the CHP installations market in Asia Pacific.

Tuesday, 5 July 2016

Growth Of Combined Heat and Power Installation Market 2016 - 2024

Transparency Market Research has released a new market report titled “Global Combined Heat and Power (CHP) Installation Market, by Type (Large-scale and Micro & Small-scale), by Application (Residential, Commercial, and Industrial), by Technology (Combined Cycle, Combustion/Gas Turbine, Steam Turbine, Reciprocating Engine, Others), and by Fuel (Natural Gas, Coal, Biomass, Others) – Global Industry Analysis, Size, Share, Growth Trends, and Forecast, 2016–2024.” According to this report, the global CHP installation market stood at US$524.89 bn in 2014 and is projected to reach US$812.80 bn by 2024 at a CAGR of 4.38% from 2015 to 2024.
A CHP system is also known as a cogeneration plant, due to its capability of generating power and utilizing the emitted heat simultaneously. CHP systems consists of a generator, engine, compressor, heat exchanger, control system, turbine, boiler, and feed water tank. CHP systems are designed and manufactured from micro to large-scale sizes. However, large-scale CHP systems are designed and installed as per the operator usage requirements. Energy efficiency offered by CHP systems is up to a maximum of 90% with only 10%-25% of energy being dissipated into the environment. The higher efficient production of power and heat by CHP systems as compared to conventional systems is majorly driving the global CHP installation market.
Rising stringency of government regulations toward environment protection and lowering the greenhouse gas (GHG) emissions has created the need for more energy efficient technologies with lower environmental footprint. These regulations have driven the market for CHP installation and compelled various industries to utilize CHP systems. Europe, being one of the major users of renewable energy and energy proficient technologies, led the CHP installation market in 2014. After Europe, North America and Asia Pacific are likely to follow the trend. However, Asia Pacific, being an emerging region with some of the fastest growing economies, is turning into one of the most attractive markets for both CHP manufacturers and operators. With the Government of China planning to increase the installation of natural gas-fired CHP plants in the country, the market for CHP installation in Asia Pacific is anticipated to expand in the next few years.
Power generation is a major expense for all the industries. CHP systems eliminate the need of a separate heating system installation, and thus save the extra fuel and equipment costs for operators of industrial facilities. Owing to the need for large-scale capacity-based heat and power equipment, CHP systems installed in industrial applications are above 500 kW and thus the industrial application segment occupies the largest share in the CHP installation market.
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CHP systems are majorly employed for industrial applications in North America. Thus, the share of CHP systems for residential and commercial applications is small. However, the positive outlook of population toward micro CHP may increase the installations of CHP systems in residential and commercial applications as well. Russia being one of the largest players in the global CHP installation market is likely to witness high demand for CHP in the near future. The supportive government policies in Europe is a major driver for the growth of the CHP installation market in the region. However, high costs of micro- and small-scale CHPs in Europe hamper CHP installations for residential and commercial applications.
Japan being a leader in the micro CHP market is expected to witness high demand for CHP in the near future. Owing to the manufacturing of CHP modules, systems, and components in Asia Pacific, cost of CHP systems is low in the region as compared to other regions. Growing awareness of the benefits of CHP systems in Asia Pacific is majorly driving the CHP installation market growth in the region. Additionally, supportive government policies and government plans to install more energy efficient systems are expected to boost the CHP installation market during the forecast period.
With moderate adoption of CHP technology in Africa and the Middle East, the market in these regions is expected to witness a gradual growth in the next few years. The hot and dry climate may offer numerous opportunities for CHP manufacturers to expand their presence in these regions. Increasing adoption of the emerging CHP trigeneration technology may further boost the market for CHP installation in the Rest of the World region. Demand for CHP systems is expected to increase rapidly in the future as these systems offer energy savings, which contribute to increase in revenue.
On the basis of the global adoption pattern of CHP systems, the CHP installation market has been segmented as follows:
CHP Installation Market: By CHP Type
  • Large-scale CHP
  • Micro & Small-scale CHP
CHP Installation Market: By CHP Application
  • Residential
  • Commercial
  • Industrial
CHP Installation Market: By CHP Technology
  • Combined Cycle
  • Steam Turbine
  • Combustion/Gas Turbine
  • Reciprocation Engine
  • Others (Microturbine, Fuel Cell, and Waste Heat Recovery)
CHP Installation Market: By Fuel
  • Natural Gas
  • Coal
  • Biomass
  • Others (Wood, Waste Heat, and Oil)

Monday, 23 May 2016

Combined Heat and Power (CHP) Installation Market Global Industry Analysis 2016 - 2024

Transparency Market Research has released a new market report titled “Combined Heat and Power Installation Market - Global Industry Analysis, Size, Share, Growth Trends, and Forecast 2016 - 2024.” According to the report, the global combined heat and power installation market stood at US$524.89 bn in 2014 and is forecast to reach US$812.80 bn by 2024 at a CAGR of 4.38% from 2016 to 2024.

CHP employs a technology to produce electricity and utilizes the heat emitted during power generation, simultaneously. In contrast, in conventional systems, the heat generated during power production is dissipated in the surroundings. As a result of which, conventional systems function only at an efficiency of 40%-50%. CHP systems, due to their energy utilization process, are able to save 40% of energy additionally. Furthermore, CHP systems generate the energy locally which eliminates the need for energy transmission and distribution via local distribution networks, further avoiding losses. CHP systems are ideal solution for end-users, for whom security of power supply is a main factor for selecting power generation equipment. CHP, also known as cogeneration, reduces not only energy costs but also greenhouse gas emissions.
CHP systems consists of several components such as generators, engines, compressors, heat exchangers, control systems, turbines, boilers, and feed water tanks. However, the components used in a CHP installation may vary according to the size and scale of CHP systems or plants.
Increasing awareness about the benefits of energy efficient technologies is leading the growth of CHP installations globally. Supportive policies and feed-in-tariffs (FiTs) provided by the government institutions for installing CHP systems are the major drivers for boosting the market for CHP systems. Additionally, low fuel pricing also plays a major role in growth of the CHP installation market.
The CHP installation market has been segmented on the basis of type, application, technology, fuel, and region. In 2014, large-scale CHP systems occupied the largest share of the global CHP installation market. Global estimates for 2014 show that the industrial application segment accounted for approximately 66% of the global CHP installation market, followed by commercial and residential application segments. The huge difference between the utilization of CHP systems in various application segments is due to the low initial investments involved in the installation of large-scale CHP systems and the high energy savings offered by the technology.
In CHP systems, the requirement of separate systems for heat and power generation is eliminated. Thus, the CHP technology offers high cost savings. This factor would boost the demand for CHP installations in the near future.
Natural gas and coal being two of the most easily available fuels at low costs are widely used in CHP systems. However, due to high environmental footprint and high handling costs, utilization of coal in CHP is anticipated to decrease in regions such as Europe and North America. Asia Pacific with some of the largest coal reserves is expected to witness installations of coal-fired CHP plants in the region in the near future. In 2014, in terms of fuel, natural gas accounted the largest share of the CHP installation market, followed by coal, others, and biomass. The others sub-segment of fuel segment includes wood, waste heat, and oil.
Technologies used in CHP systems generally include combined cycle, steam turbine, combustion/gas turbine, reciprocating engine, fuel cell, microturbine, and waste heat recovery. In 2014, combined cycle held the largest market share, followed by combustion/gas turbine and reciprocating engine. Fuel cells and microtubines,, included in the others segment, although available in small power capacity ranges, are anticipated to witness a surge in demand owing to the increasing need for micro CHP in residential and small commercial buildings.
On the basis of the technology employed in CHP systems, the global CHP installation market has been segmented into combined cycle, steam turbine, combustion/gas turbine, reciprocating engine, and others. The others segment includes waste heat recovery, microturbines, and fuel cells. These technologies are also known as prime movers and produce electrical and thermal energy by combusting fuels. This fuel combustion either creates mechanical energy directly or first produces steam, which is subsequently converted into mechanical energy, and is transferred to a generator to produce electricity. The primary advantages of CHP are that it can be coupled with existing technologies in different applications and can be widely used in commercial, residential, and industrial applications.
Considering the global adoption pattern of CHP systems, the CHP installation market has been segmented as follows:
CHP Installation Market: By CHP Type
  • Large-scale CHP
  • Micro & Small-scale CHP
CHP Installation Market: By CHP Application
  • Residential
  • Commercial
  • Industrial
CHP Installation Market: By CHP Technology
  • Combined Cycle
  • Steam Turbine
  • Combustion/Gas Turbine
  • Reciprocation Engine
  • Others (Microturbine, Fuel Cell, and Waste Heat Recovery)
CHP Installation Market: By Fuel
  • Natural Gas
  • Coal
  • Biomass
  • Others (Wood, Waste Heat, and Oil)
CHP Installation Market: By Region
North America
  • U.S.
  • Canada
  • Mexico
Europe
  • Russia
  • Germany
  • France
  • U.K.
  • Italy
  • Spain
  • Netherlands
  • Poland
  • Rest of Europe
Asia Pacific
  • China
  • Japan
  • India
  • South Korea
  • Taiwan
  • Rest of Asia Pacific
Rest of World
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