12-40kW
GRS Series
PowerLink GRS series generator units are exclusively engineered with in-house PowerLink engines and optimized for the 12-40KW power range. Specialized for LPG and natural gas fuel applications, this high-performance power system delivers ultra-stable and durable operation, boasting a compact, space-saving modular structure for effortless installation and rapid commissioning. With low upfront investment and a short payback period, the GRS series stands as a reliable, cost-efficient energy solution for diverse distributed power demand scenarios.
Cost-Efficiency
Lower Capex, Minimal Opex
Flexible Deployment
Modular Design, Rapid Setup
Smart Operation
One-Touch, Plug-and-Play
Robust Performance
High Output, Extreme Reliability
Features
Compact structural design
Minimal space occupation & Easy operation
High-performance oil filtration system
Stable, reliable operation with intuitive
Harsh environment adoption
Enhanced protection for seamless adaption to harsh working environments
Ask an Expert
PowerLink provides tailored, high-efficiency energy solutions for sustainable power around the world.
GRS Series Parameter
FAQ
How is the generator set desulfurised?
Selective catalytic reduction desulfurisation technology, abbreviated as SCR, is usually used. The mixture of the unit’s flue gas, reducing agent (such as NH3, urea, etc.), and air undergoes selective catalytic reduction reaction when passing through the honeycomb or plate catalytic layer of the SCR reactor, and the NOx in the flue gas undergoes selective catalytic reduction to produce pollution-free N2 and H2O.
How is the generator set noise reduced?
The following three methods are usually used for noise reduction:
1) Exhaust noise reduction: exhaust noise is the main source of generator noise, and a special muffler is usually selected for noise reduction.
2) Reducing axial fan noise.
3) Sound insulation and noise reduction treatment of the machine room and generator set
vibration isolation.
How to choose your new power generation equipment?
If gas fuel is available, many customers need to consider the technical and economic
feasibility of gas power generation solutions. Gas power generation units can usually be combined with other types of equipment, renewable energy, or batery storage to improve the efficiency and flexibility of the entire system. To find an economically effective, technically reliable, and more environmentally friendly power generation solution, we recommend that you consider the following important factors when choosing power generation equipment:
1) The most important factor is installation cost as gas power generation solutions offer very compertive installation costs, with limited land requirements for single kilowat projects.
2) The efficiency of the solution system. You need to determine how much gas fuel your power plant will consume. Typically, 75% of energy production costs are fuel costs, so efficiency is crucial. PowerLink gas power generation units are efficient, with a maximum power efficiency of over 45%. Using a cogeneration solution, the primary energy of gas fuel is effectively converted into electricity and heat energy. In cogeneration mode, the overall efficiency can reach over 90%.
43) Production manufacturing and commissioning time. PowerLink gas power generation units usually take 8 to 12 months from production time to construction and commissioning time. If we have generators in stock, your payment on delivery time will be shorter.
4) Modular installation solution. Considering that the equipment needs to be safely delivered to the installation site, modular structure makes project installation easier and commissioning faster and simpler.
5) Another very important factor determining the selection of power generation equipment is the operating expenses related to the equipment. The following aspects need to be considered: maintenance intervals, spare part costs, downtime during maintenance, and the entire working cycle of the equipment before major repairs. Based on our long-term experience, we will provide multi-year service contracts for PowerLink generators. This will help reduce the need for spare parts and allow for early prediction of service time, thus reducing operating costs for the entire engine working period.
6) Help you choose the most suitable equipment through the project load analysis. PowerLink’s gas engine product line is widely distributed (0.01 to 2 MW), and we can help you find a solution that suits your needs.
7) The surrounding environmental conditions will affect equipment usage and, its actual power output capability, in some cases, your power output may be much lower than the rated power. If you plan to operate the equipment in high-temperature and/or hight altitude areas, please note this factor.
What are the differences between the GRS, GXE, GE, and TGE gas power generation series products?
The GRS series has a power range of 10KW to 30KW and are specifically designed for micro power generation applications and are a highly cost-effective option. The GXE series products have a power range of 50KW to 350KW and are independently developed and manufactured by PowerLink, and are also a cost-effective option for customers. The GE series units have a power range of 50KW to 1000KW, with core components sourced from the world’s top brands, offering high value. The TGE series products have a power range of 600 to 2000KW, with core components selected from high-end global brands, offering high comprehensive efficiency and value. If you have sufficient budget, it is recommended to choose the GE or TGE series products.
What products and services can PowerLink provide for the utilisation of liquefied petroleum gas (LPG) energy?
The methane value of LPG energy is low, less than 60%. Our GRS series units are suitable for this type of gas source. We can provide a complete set of professional guidance and services, including equipment selection, on-site commissioning, and subsequent maintenance and upkeep.

Download



