Search
Edina is the official UK and Ireland distributor for market-leading MWM gas engines rated from 400kWe to 10,300kWe. We’ve held the distributorship rights since 2006, during which, Edina has become one of MWM’s largest customers with a growing install base of over 500 gas engines delivering over 700MW electrical capacity across these territories.
MWM gas engines can be operated with various gas types and are capable of meeting the challenges of the dynamic market environment. MWM gas engines guarantee maximum efficiency, reliability, flexibility and environmental sustainability…together with low lifecycle costs and high profitability.
The TCG 3016 gas engine introduces a new generation of gas engine technology to combine reliability, robustness, and maximum efficiency within the 400kWe – 800kWe range.
The TCG 3016 gas engine offers greatly reduced installation and operating costs and includes the Total Plant and Energy Management (TPEM) control to ensure maximum reliability and availability.
The improved oil management and optimised cylinder and turbo chargers set new standards in terms of durability and reliability.
The TCG 3016 genset has the highest efficiency in its output class through unique combination of long maintenance intervals (80,000 operating hours for Natural Gas) and high efficiency (electrical efficiency up to 43.5 percent).
The TCG 3016 has a smaller setup area than comparable gensets due to its compact design and integrated tanks for daily refilling. Due to the flanged genset concept, the vibration decoupling takes place directly between the gas engine and the base frame, helping to further reduce setup costs.
Greatly reduced oil consumption of less than 0.1 g/kWhe – the TCG 3016 gas engine boasts the lowest lubricant consumption in its class.
TPEM (Total Plant & Energy Management) eliminates the need for additional control systems, as all power plant data for the genset, backup genset, and plant control are combined in one system, resulting in high efficiency through optimum control of the power plant.
| TCG 3016 | V08 | V12 | V16 |
| Engine type | 50 Hz | 50 Hz | 50 Hz |
| Electrical output | 400kW | 600kW | 800kW |
| Mean effective pressure | 18.9 bar | 18.9 bar | 18.8 bar |
| Thermal output ± 8% | 404kW | 618kW | 821kW |
| Electrical efficiency | 43.1% | 43.3% | 43.5% |
| Thermal efficiency | 43.6% | 44.6% | 44.6% |
| Overall efficiency | 86.7% | 87.9% | 88.1% |
| Power to heat ratio ** | 0.99 | 0.97 | 0.98 |
| TCG 3016 | V08 | V12 | V16 |
| Engine type | 50 Hz | 50 Hz | 50 Hz |
| Electrical output | 400kW | 600kW | 800kW |
| Mean effective pressure | 18.9 bar | 18.9 bar | 18.8 bar |
| Thermal output ± 8% | 394kW | 599kW | 791kW |
| Electrical efficiency | 42.8% | 42.9% | 43.1% |
| Thermal efficiency | 42.2% | 42.8% | 42.6% |
| Overall efficiency | 85.0% | 85.7% | 85.7% |
| Power to heat ratio ** | 1.01 | 1 | 1.01 |
* With 5% O2 and dry exhaust gas
** The power to heat ratio is calculated by dividing the electrical efficiency by the thermal efficiency. Please remember that this is a theoretical value that may deviate from actually measured values.
| TCG 3016 | V08 | V12 | V16 |
| Engine type | 50 Hz | 50 Hz | 50 Hz |
| Bore / stroke | 132/160mm | 132/160mm | 132/160mm |
| Displacement | 17.5dm3 | 26.3dm3 | 35dm3 |
| Speed | 1500min-1 | 1500min-1 | 1500min-1 |
| Mean piston speed | 8m/s | 8m/s | 8m/s |
| Length | 3100mm | 3830mm | 4200mm |
| Width | 1780mm | 1780mm | 1780mm |
| Height | 2150mm | 2150mm | 2150mm |
| Dry weight genset | 5720kg | 7000kg | 8070kg |
| First service (check valve clearance) * | Spark plug change | Cylinder head inspection | General overhaul | |
| Natural gas | 2000 Oh *** | 400 Oh | 40000 Oh ** | 80000 Oh |
| Purified biogas, landfill gas, and sewage gas | 2000 Oh *** | 4000 Oh | 32000 Oh ** | 64000 Oh |
| Unpurified biogas, landfill gas, and sewage gas | 1500 Oh | 4000 Oh | 24000 Oh ** | 48000 Oh |
Oh – Operational Hours
* "after commissioning (E10)"
** "at the latest"
*** "gas quality High and Medium"
The MWM gas engines of the TCG 2020 series are perfectly geared to the challenges of a dynamic market environment. With outputs ranging from 1,000kWe – 2,000kWe, the TCG 2020 meets the high requirements of a broad range of applications and guarantee efficiency, reliability, flexibility, and environmental sustainability, together with low lifecycle costs and high profitability.
The TCG 2020 is highly efficient thanks to its optimised inlet duct, combustion chamber and spark plugs. You can save as much as 15% per annum on fuel costs – and increase your plant’s profitability.
With its optimised engine components, the TCG 2020 requires up to 50% less lubricating oil than other similar gensets. In terms of efficiency that means long-term savings.
Whether you need high efficiency or an optimised standalone unit with good load compensation and black start properties, we can provide you with an engine that is tailored exactly to your needs.
TEM (Total Electronic Management) controls not just the engine… but the entire system including the heat supply from cogeneration. Temperature monitoring for each cylinder and anti-knock control ensure the best possible utilisation of fuel and maximum power output, even if gas composition fluctuates.
The gas-mixer and TEM allows use for a wide variety of gases. Even the most problematic gases such as landfill gas and sewage gas can be used without difficulty.
| TCG 2020 | V12 (1.0)[2] | V12 K (1) | V12 K (1) | V12 (2) | V16 K | V16 (2) | V20 (2) | V20 (HE) [2] |
| Engine type | 50 Hz | 50 Hz | 50 Hz | 50 Hz | 50 Hz | 50 Hz | 50 Hz | 50 Hz |
| Electrical output | 1,000kW | 1,000kW | 1,125kW | 1,200kW | 1,500kW | 1,560kW | 2,000kW | 2,000kW |
| Mean effective pressure | 15.5 bar | 15.5 bar | 17.4 bar | 18.6 bar | 17.5 bar | 18.1 bar | 18.6 bar | 18.6 bar |
| Thermal output ± 8% | 1,057kW | 1,177kW | 1,253kW | 1,190kW | 1,675kW | 1,580kW | 1,977kW | 1,912kW |
| Electrical efficiency | 43.0% | 40.0% | 40.9% | 43.6% | 40.9% | 43.2% | 43.7% | 44.4% |
| Thermal efficiency | 45.4% | 47.0% | 45.6% | 43.3% | 45.7% | 43.8% | 43.2% | 42.5% |
| Overall efficiency | 88.4% | 87.0% | 86.5% | 86.9% | 86.6% | 87.0% | 86.9% | 86.9% |
| Power to heat ratio ** | 0.95 | 0.84 | 0.90 | 1.00 | 0.89 | 0.99 | 1.01 | 1.01 |
| TCG 2020 | V12 (1.0)[2] | V12 (2) | V16 (2) | V20 (2) |
| Engine type | 50 Hz | 50 Hz | 50 Hz | 50 Hz |
| Electrical output | 1,000kW | 1,200kW | 1,560kW | 2,000kW |
| Mean effective pressure | 15.5 bar | 18.6 bar | 18.1 bar | 18.6 bar |
| Thermal output ± 8% | 1,037kW | 1,194kW | 1,577kW | 2,012kW |
| Electrical efficiency | 42.6% | 43.0% | 42.6% | 43.0% |
| Thermal efficiency | 44.2% | 42.8% | 43.1% | 43.3% |
| Overall efficiency | 86.8% | 85.8% | 85.7% | 86.3% |
| Power to heat ratio ** | 0.97 | 1.00 | 1.00 | 1.00 |
* With 5% O2 and dry exhaust gas
** The power to heat ratio is calculated by dividing the electrical efficiency by the thermal efficiency. Please remember that this is a theoretical value that may deviate from actually measured values.
| TCG 2020 | V12 (1.0)[2] | V12 K (1) | V12 K (1) | V12 (2) | V16 K | V16 (2) | V20 (2) | V20 (HE) [2] |
| Engine type | 50 Hz | 50 Hz | 50 Hz | 50 Hz | 50 Hz | 50 Hz | 50 Hz | 50 Hz |
| Bore / stroke | 170/195mm | 170/195mm | 170/195mm | 170/195mm | 170/195mm | 170/195mm | 170/195mm | 170/195mm |
| Displacement | 70.8dm3 | 70.8dm3 | 53.1dm3 | 53.1dm3 | 70.8dm3 | 70.8dm3 | 88.5dm3 | 88.5dm3 |
| Speed | 1500min-1 | 1500min-1 | 1500min-1 | 1500min-1 | 1500min-1 | 1500min-1 | 1500min-1 | 1500min-1 |
| Mean piston speed | 9.8m/s | 9.8m/s | 9.8m/s | 9.8m/s | 9.8m/s | 9.8m/s | 9.8m/s | 9.8m/s |
| Length | 4660mm | 4660mm | 4790mm | 4790mm | 5430mm | 5430mm | 6200mm | 6200mm |
| Width | 1810mm | 1810mm | 1810mm | 1810mm | 1810mm | 1810mm | 1710mm | 1710mm |
| Height | 2210mm | 2210mm | 2210mm | 2210mm | 2210mm | 2210mm | 2190mm | 2190mm |
| Dry weight genset | 11200kg | 11200kg | 11700kg | 11700kg | 13300kg | 13300kg | 17900kg | 17900kg |
| TCG 2020 V12, V16, V20, V12K, V12K1, V16 | First service (check valve clearance) * | Cylinder head inspection | General overhaul |
| Natural gas | 4000 Oh | 32000 Oh * | 64000 Oh |
| Purified biogas, landfill gas, and sewage gas | 4000 Oh | 32000 Oh * | 64000 Oh |
| Unpurified biogas, landfill gas, and sewage gas | 2000 Oh | 16000 Oh * | 64000 Oh |
| TCG 2020 V12 (1.0) | First service (check valve clearance) * | Cylinder head inspection | General overhaul |
| Natural gas | 4000 Oh | 40000 Oh * | 80000 Oh |
| Purified biogas, landfill gas, and sewage gas | 4000 Oh | 32000 Oh * | 64000 Oh |
| Unpurified biogas, landfill gas, and sewage gas | 2000 Oh | 16000 Oh * | 64000 Oh |
Oh – Operational Hours
* "at the latest"
The MWM TCG 3020 gas engine effectively balances efficiency and reliability. The genset delivers up to 15 percent more output, though its dimensions are almost the same as those of its predecessor. Additionally, the new model features long service intervals with up to 80,000 operating hours until the next general overhaul (if the gas quality is high) and a total efficiency of more than 87 percent (for natural gas).
Owing to their high reliability and profitability, the new gas engines with an output of 2,300kWe are ready for the challenges of Industry 4.0. Thanks to the use of the digitised power plant control TPEM (Total Plant & Energy Management), the gas engines boast maximum plant performance, availability, capacity, and usability.
High efficiency values, low oil consumption – 0.15g/kWh and up to 80,000 operational hours until major overhaul resulting in high profitability for the customer.
Reliable and proven core engine upgraded with state-of-the-art technologies and extended maintenance intervals.
Offering increased electrical efficiency of up to 45 percent (Natural Gas) and up to 43.6 percent (Biogas), the TCG 3020 gas engine increases electrical output of up to 2,300kWe and provides an optimal balance between efficiency and reliability.
Available for different applications such as natural gas, biogas, landfill and propane gas operation. The TCG 3020 genset is optimised for high efficiency, flexibility and biogas.
Hardware and Software for the gas engine generator and a holistic plant control. The TCG 3020 enables full power capability of the genset with maximum reliability, availability, performance and usability.
With its compact design, the TCG 3020 delivers up to 15 percent more power output at the same size as its predecessor.
| TCG 3020 | V20 | V20 |
| Engine type | 50 Hz | 50 Hz |
| Configuration | P = Optimised for high electrical efficiency | R - Optimised for high total efficiency |
| Electrical output | 2,300kW | 2,300kW |
| Electrical efficiency ** | 45.0% | 44.0% |
| Thermal efficiency *** | 42.3% | 43.6% |
| Overall efficiency | 87.3% | 87.6% |
| Major Overhaul | Up to 80,000 Oh | Up to 80,000 Oh |
| Lube Oil Consumption | 0.15 g/kWh | 0.15 g/kWh |
| Power to heat ratio ^ | 1.06 | 1.01 |
| TCG 3020 | V20 |
| Engine type | 50 Hz |
| Configuration | X = Optimised for operation with all biogases |
| Electrical output | 2,300kW |
| Electrical efficiency ** | 43.6% |
| Thermal efficiency *** | 42.9% |
| Overall efficiency | 86.5% |
| Major Overhaul | Up to 64,000 Oh |
| Lube Oil Consumption | 0.15 g/kWh |
| Power to heat ratio ^ | 1.02 |
* With 5% O2 and dry exhaust gas
** According to ISO 3046-1
*** Thermal output ±8 %
^ The power to heat ratio is calculated by dividing the electrical efficiency by the thermal efficiency. Please remember that this is a theoretical value that may deviate from actually measured values.
| TCG 3020 | V20 |
| Engine type | 50 Hz |
| Bore / stroke | 170/195mm |
| Displacement | 89.0dm3 |
| Speed | 1500min-1 |
| Mean piston speed | 9.8m/s |
| Length | 6556mm |
| Width | 1706mm |
| Height | 2263mm |
| Dry weight genset | 21490kg |
| TCG 3020 | First service (check valve clearance) * | Cylinder head inspection | General overhaul |
| Natural gas | 4000 Oh | 40000 Oh ** | 80000 Oh |
| Purified biogas, landfill gas, and sewage gas | 4000 Oh | 32000 Oh ** | 64000 Oh |
| Unpurified biogas, landfill gas, and sewage gas | 4000 Oh | 24000 Oh ** | 48000 Oh |
Oh – Operational Hours
* "after commissioning (E10)"
** "at the latest"
The MWM gas engines of the TCG 2032 series are perfectly geared to the challenges of a dynamic market environment. In the power range of 3,000kWe - 4,500kWe reliability, flexibility, efficiency and environmental compatibility are ensured along with low life-cycle costs. In this way, they meet the high requirements of a wide range of applications and are highly profitable.
The optimised maintenance concept with cylinder units simplifies accessibility and, along with the reduction of the number of different parts, minimises the time required for maintenance. This can save you up to 20 percent in service costs. At the same time, you profit from up to 30 percent less lubricating oil consumption compared to other engines.
Thanks to the extended service intervals, the TCG 2032 gas engine runs up to 200 hours longer per annum than comparable products. The major overhaul is scheduled after 80,000 operating hours.
The particle-free combustion, with chamber plugs, extends the service intervals for the exhaust gas heat exchanger and reduces service costs compared to other combustion methods. Major components such as pistons, conrods, spark plugs and cylinder heads have been improved to withstand the greater power output and to deliver increased electrical efficiency.
The interaction of all components has been improved even further. All components relevant for efficiency and power output are monitored by the TEM (Total Electronic Management). The new, upgraded wastegate in particular ensures a more efficient operation with changing conditions. This is also the case when the gas composition is fluctuating – thanks to fast response times due to the temperature monitoring for each cylinder. TEM not only controls the engine… but the entire system… including heat extraction.
The high-pressure turbocharger A140, with an improved wastegate, allows operation with a broader air intake temperature range and up to higher altitudes.
| TCG 2032 | V12 | V16 | V16 B |
| Engine type | 50 Hz | 50 Hz | 50 Hz |
| Electrical output | 3,333kW | 4,300kW | 4,500kW |
| Mean effective pressure | 20.0 bar | 19.4 bar | 20.3 bar |
| Thermal output ± 8% | 3,238kW | 4,164kW | 4,259kW |
| Electrical efficiency | 43.9% | 42.7% | 43.2% |
| Thermal efficiency | 42.6% | 42.7% | 43.2% |
| Total efficiency | 86.5% | 86.8% | 87.8% |
| Power to heat ratio ** | 1.03 | 1.03 | 1.03 |
| TCG 2032 | V16 |
| Engine type | 50 Hz |
| Electrical output | 3770kW |
| Mean effective pressure | 17.0 bar |
| Thermal output ± 8% | 3496kW |
| Electrical efficiency | 43.0% |
| Thermal efficiency | 39.8% |
| Overall efficiency | 82.8% |
| Power to heat ratio ** | 1.08 |
* With 5% O2 and dry exhaust gas
** The power to heat ratio is calculated by dividing the electrical efficiency by the thermal efficiency. Please remember that this is a theoretical value that may deviate from actually measured values.
| TCG 2032 | V12 | V16 | V16 B |
| Engine type | 50 Hz | 50 Hz | 50 Hz |
| Bore / stroke | 260/320mm | 260/320mm | 260/320mm |
| Displacement | 203.9dm3 | 271.8dm3 | 271.8dm3 |
| Speed | 1000min-1 | 1000min-1 | 1000min-1 |
| Mean piston speed | 10.7m/s | 10.7m/s | 10.7m/s |
| Length | 7860mm | 9271mm | 9272mm |
| Width | 2660mm | 2790mm | 2790mm |
| Height | 3390mm | 3390mm | 3390mm |
| Dry weight genset | 43100kg | 51400kg | 51400kg |
| TCG 2032 | First service (check valve clearance) * | Spark plug change | Cylinder head inspection | General overhaul |
| Natural gas | 4000 Oh | 20000 Oh | 40000 Oh | 80000 Oh |
Oh – Operational Hours
The MWM gas engines of the TCG 3042 series are spark-ignited engines that make use of the lean-burn principle. The single-stage turbocharged, charge air cooled 20-cylinder engines achieve an electrical efficiency of up to 48 percent and a total efficiency of up to 93 percent. The natural gas-fired gensets reach outputs of 9,830kWe to 10,300kWe with a consistently high efficiency. Furthermore, the use of a spark plug-operated pre-combustion chamber enables combustion with low emissions.
With outputs ranging from 9,830kWe to 10,300kWe, the new TCG 3042 boasts the highest output in the MWM product range with maximum electrical efficiency achieving 48 percent and best total efficiency of 93 percent.
Fewer components through modular design and integral structure ensure fast setup and minimal footprint. Because of its standard modular design, minimal space is required between multiple engine installations.
The TCG 3042 greatly reduces operating costs through easy maintenance and long maintenance intervals. The genset offers high reliability, modular design, and integral structure which reduce the number of components and facilitate the maintenance.
Suitable for natural gas applications and can be optimised for Combined Heat and Power (CHP) generation or for power generation only (depending on the application scenario). The TCG 3042 is available for high altitude installations, high intake air temperatures, and various fuel gas types with different methane numbers. Elsewhere, the TCG 3042 can be configured between summer and winter mode for Cogeneration power plant applications.
| TCG 3042 | V20 |
| Engine type | 50 Hz |
| Mean effective pressure | 22.0 bar |
| Electrical output | 10,300kW |
| Thermal output ± 8% | 9,711kW |
| Electrical efficiency ** | 48.0% |
| Thermal efficiency *** | 45.0% |
| Overall efficiency | 93.0% |
| CHP coefficient *** | 1.06 |
* With 5% O2 and dry exhaust gas
** El. efficiency according to ISO 3046/1 incl. 5%
*** The CHP coefficient is calculated by dividing the electrical efficiency by the thermal efficiency. Please remember that this is a theoretical value that may diverge from actually measures values.
| TCG 3042 | V20 |
| Engine type | 50 Hz |
| Bore / stroke | 340/420mm |
| Length | 14280mm |
| Width | 3910mm |
| Height | 5101mm |
| Dry weight genset | 164000kg |
| TCG 3042 | Charge air cooler cleaning | Cylinder head inspection | First major maintenance interva |
| Natural gas | 2000 Bh | 32000 Bh | N/a |
* "after commissioning (E10)"
Looking to have a chat with us about a MWM gas engine solution? We are the official UK and Ireland distributor for MWM gas engines and have been since 2006.
Copyright © Edina. All Rights Reserved.
