Industry Application & Benefits

CHP or Co-generation for the industrial sector use brings significant benefits to range of industries in various sectors from breweries to chemical plants.

Gas engine-based Co-generation systems with a combination of utilizing the local gas supply, provides a stable supply of electrical power for your industrial needs uninterrupted. The heat produced by the engine can be recovered either as hot water or as steam for use in the industrial facility such as boilers as replacement for gas usage or hot water. In addition, if there is a local need for cooling power, the heat can be fed into an absorption chiller providing a source of cold water. This cold water can in turn be used to support a refrigeration or air conditioning system. Systems providing electricity, heat and cooling are called Tri-generation plants.

Some of the industrial applications the Co-generation system can be successfully applied are:

1. Agrochemicals
2. Bricks manufacturers
3. Breweries
4. Ceramics
5. Construction
6. Dairies
7. Dyes & chemicals
8. Engineering
9. Food processing
10. Glass
11. Mining
12. Oil & gas
13. Packaging
14. Paper
15. Pharmaceuticals
16. Mills
17. Rubber
18. Steel
19. Textiles

To find out more about how our gas engine via combined heat and power can help your organization, please contact Invest Energy’s office.

CHP or Co-Generation offers a many potential benefits for commercial applications. CHP systems are successfully applied in a range of different applications including integrated developments, airports and retail and shopping centers.

Gas engine-based Co-generation systems utilizing the local gas supply, provides a stable supply of electrical power for your commercial needs uninterrupted. The heat produced by the engine can be fed into an absorption chiller providing a source of chilled water. This chilled water can in turn be used to support refrigeration or air conditioning systems for cooling purposes. The access heat from the engines can also be recovered either as hot water or as steam for use by surrounding operations which is classified as Tri-generation.

Gas engine-based Co-Generation or combined heat and power systems can be used in a variety of different commercial applications. Potential users include:

1. Office buildings
2. Airports
3. Malls and Shopping Centers
4. Retail developments
5. Combined residential and hotel developments

To find out more about how gas engine based Co-Generation or combined heat and power systems can help your organization, please contact Invest Energy’s office.

CHP or Co-Generation offers a many potential benefits for the hospitality industry such as integrated hotel developments such as KLCC in Kuala Lumpur, Malaysia and Grand Hyatt in Jakarta, Indonesia to name a few.

Gas engine-based Co-generation systems with a combination of utilizing the local gas supply, provides a stable and uninterrupted supply of electrical power for your hotel needs. The heat produced by the engine can be fed into an absorption chiller providing a source of cold water. This cold water can in turn be used to support refrigeration or air conditioning systems. The access heat from the engines can also be recovered either as hot water or as steam for use by surrounding operations (F&B and Laundry departments).

Gas engine-based combined heat and power can be used in a variety of different commercial applications. Potential users include:

1. Hotels
2. Resorts
3. Guest Houses
4. Golf and Convention Centers
5. Large retail restaurant components

To find out more about how gas engine based Co-Generation or combined heat and power systems can help your organization, please contact Invest Energy’s office.

CHP or Co-Generation offers a many potential benefits for the ICT industry. ICT Centers have been modernized over the last decade due to global data traffic and number of people connected to the World Wide Web increasing. These centers can occupy large areas including dedicated buildings depending upon the expected data traffic and equipment to fulfill certain uptime requirements in tens of MW. Besides the general environmental benefits and energy cost savings from higher efficiencies, other benefits can range from eliminating system water requirements to excess thermal energy to be used for lighting.

ICT centres are high electric energy consumers, resulting in very high electric power costs. They require reliability to ensure non operational downtime. Since an ICT centre’s capacity is usually limited by the performance of cooling system and the total electricity cost rather than by the processor performance, the energy usage and efficiency is crucial and assessed in terms of power us-age efficiency (PUE), meaning the power ratio of the total facility to IT equipment and water usage effectiveness (WUE). The largest energy demand in an ICT center is normally the cooling followed by the processors then the server power supply and other servers. Gas engine-based Co-Generation systems with a combination of utilizing the local gas supply, provides a stable and interpreted supply of electrical power for your ICT Centre needs. The heat produced by the engine can be fed into an absorption chiller providing a source of chilled water which is then used to support the cooling of the data centers from the immense heat released from the systems. Based on recent research, the global amount of digital information created, doubles every two years. It is pertinent therefore for ICT centers to plan for expansion and hardware upgrades. Furthermore, with multinational companies enforcing green energy and sustainability initiatives, reliable and efficient technologies including infrastructure are inevitable fundamentals. To find out more about how gas engine based combined heat and power can help your organization, please contact Invest Energy's office.

CHP or Co-generation, offers a many potential benefits for the Healthcare industry such pharmaceutical companies to hospitals. Given the hospital’s high operating cost, a CHP or CCHP system can reduce the energy cost and free up capital to fund new treatments of patients and environmental benefits related to reduced carbon emissions.

Gas engine-based Co-generation systems with a combination of utilizing the local gas supply, provides a stable and interpreted supply of electrical power for your Hospital or Medical Centre needs. The heat produced by the engine can be fed into an absorption chiller providing a source of cold water. This cold water can in turn be used to support refrigeration or air conditioning systems. Some of the access heat produced from these engines can also be recovered either as hot water or as steam for use by surrounding operations (F&B and Laundry department).

Gas engine-based combined heat and power can be used in a variety of different commercial applications. Potential users include:

1. Hospitals
2. Medical Centers
3. Ambulatory Care Centers
4. Clinics
5. Medical Laboratory
6. Pharmaceuticals

To find out more about how gas engine based Co-Generation or combined heat and power systems can help your organization, please contact Invest Energy’s office.

CHP or Co-Generation offers a many potential benefits for the Education industry. CHP or CCHP systems have shown benefits predominately in three key areas, which are:- delivering stable and uninterrupted power supply, improving environmental performance and delivering financial savings and tax benefits. Universities are further able to undertake energy and environmental research projects based on the CHP/CCHP’s system given its robust track record.

Gas engine-based Co-generation systems with a combination of utilizing the local gas supply, provides a stable and interpreted supply of electrical power for your Education Centre needs. The heat produced by the engine can be fed into an absorption chiller providing a source of cold water. This cold water can in turn be used to support refrigeration or air conditioning systems. For integrated universities, a CCHP system can be installed whereby part of the heat is used as hot water for student campuses and the balance for cooling.

Gas engine-based combined heat and power can be used in a variety of different commercial applications. Potential users include:

1. Schools
2. Colleges
3. Universities
4. Convention Centers

To find out more about how gas engine based Co-Generation or combined heat and power systems can help your organization, please contact Invest Energy’s office.