LNG Power Generators

Experience the next generation of power with our advanced Liquefied Natural Gas (LNG) generators. Designed for efficiency, reliability, and environmental responsibility, our LNG power solutions offer a cleaner-burning alternative for your energy needs.

WHAT WE SUPPLY

CesGen LNG Power Generator

The CesGen 11 kW Home Standby Generator System, featuring a 100-amp automatic transfer switch, offers a fully automatic solution for your home’s power needs. It efficiently manages your electrical loads, cutting costs and boosting efficiency. This system is engineered with advanced sound dampening, never requires refueling, operates reliably in extreme temperatures, and comes with an industry-leading 10-year limited warranty.

Feature	Specification
Length	28.3 in.
Width	27.4 in.
Height	25.6 in.
Weight	165 lb.
Frequency	50 Hz
Voltage	120/240

Our Other Various Types Of

Standby Power Generators

Choose from our selection of standby power generators, available in LPG, LNG, and natural gas variants, to ensure reliable backup power for your home.

LPG

Explore our LPG generators, offering flexible and reliable power ideal for a variety of applications.

KNOW MORE

HOW WE DO IT

Our LNG Power Generator Installation Process

A gas-powered generator is essentially a compact engine, much like one in a car, specifically designed to produce electricity. Instead of traditional fuels, it runs on a clean-burning gas like Liquefied Petroleum Gas (LPG), which can be supplied from a tank or a dedicated gas line. When your main power goes out, this system automatically activates to provide your home with reliable backup electricity, ensuring your essential appliances stay on.

Step 1

Step 1: Planning, Sizing.

The initial phase involves meticulously assessing your power needs to correctly size the generator, considering both running and starting wattages for all intended appliances, and strategically selecting an outdoor, well-ventilated site at least five feet from openings to prevent carbon monoxide accumulation and comply with noise ordinances.

Step 2

Step 2: Site Preparation and Physical Installation

Once approvals are in place, the physical site preparation begins with constructing a robust, level concrete pad, typically 2500 psi compression strength reinforced with rebar, sized to support the generator’s weight and ensure stability, especially in a hurricane-prone region like Jamaica.

Step 3

Step 3: Electrical and Fuel System Integration

This critical stage involves connecting the generator to your home’s electrical system and its fuel supply. A licensed electrician must install an Automatic Transfer Switch (ATS) near your main electrical panel and the generator, which automatically detects power outages, seamlessly transfers the electrical load to the generator, and, most importantly, prevents dangerous “back-feeding” of electricity into the utility grid, a deadly risk for utility workers.

Step 4

Step 4: Inspections, Testing, and Grid Connection

The final step ensures the entire system is compliant, safe, and ready for operation. The electrical wiring must pass inspection and receive certification from the Government Electrical Inspectorate (GEI), often requiring stamped electrical drawings from a Professional Engineer for larger installations, before any connection to the Jamaica Public Service (JPS) grid can be made.

Following GEI certification, the system undergoes initial commissioning and acceptance testing to verify that the generator starts within required timeframes and the ATS functions correctly, with ongoing monthly and triennial load tests mandated by standards like NFPA 110 to ensure continuous reliability and compliance.

Assessing Power Needs and Sizing the Generator

Proper generator sizing is paramount to ensure the unit can adequately power essential appliances and systems during an outage without being overloaded or inefficiently underutilized. The process begins by calculating both the running wattage (the continuous power required for operation) and starting wattage (the momentary surge of power needed when motors, such as those in refrigerators or air conditioners, first turn on) for all appliances intended for backup power. The starting wattage can be significantly higher than the running wattage and is a critical factor in selecting the appropriate generator size.

To accurately size a generator, it’s crucial to distinguish between an appliance’s ‘running wattage’ and its ‘starting wattage.’ Running wattage refers to the continuous power an appliance needs to operate, while starting wattage is the momentary surge of power required when a motor-driven appliance, such as a refrigerator or air conditioner, first kicks on. This initial surge can be significantly higher than the running wattage, and failing to account for it can lead to generator overload or inefficient operation, underscoring the importance of calculating both values for all devices intended for backup power.

Beyond individual appliance wattages, the overall square footage of a home and the presence of high-demand systems heavily influence the necessary generator capacity. For instance, a 15,000-watt unit might cover essentials in a 2,000-square-foot house, but larger residences, especially those exceeding 3,000 square feet, will likely require units in the 22,000 to 32,000-watt range or more. This is particularly true if homeowners intend to power multiple air conditioning units, electric ovens, or well pumps simultaneously, as these are among the biggest electricity consumers in a household.

The following table provides typical wattage requirements for common household appliances, aiding in this crucial calculation:

Appliance	Power Range (Watts)
LED Light Bulb	5 – 15
Incandescent Light Bulb	40 – 100
Refrigerator	100 – 800
Freezer	100 – 800
Air Conditioner (Window Unit)	1,000 – 2,000
Central Air Conditioning	2,000 – 5,000
Dishwasher	1,200 – 1,500
Microwave	600 – 1,200
Electric Stove	1,500 – 5,000
Electric Oven	2,000 – 5,000
Washing Machine	350 – 500
Clothes Dryer	2,000 – 5,000
Water Heater (Electric)	3,000 – 4,500
Well Pump	500 – 1,500
TV (LCD/LED)	50 – 400
Laptop	50 – 100
Toaster	800 – 1,500
Coffee Maker	600 – 1,200
Hair Dryer	1,000 – 1,800
Space Heater	750 – 1,500
Electric Blanket	200 – 400

WHY SOLAR PANEL REPAIR

Benefits of LNG (Liquefied Natural Gas) generators for residential properties in Jamaica

Enhanced Cost-Effectiveness and Sustained Power Supply

For homeowners in Jamaica, opting for an LNG (Liquified Petroleum Gas) power generator presents a significant financial advantage, offering substantially cheaper operational costs compared to traditional petrol or diesel units, with potential savings of up to 70% on running expenses. Beyond the immediate savings, these gas-fueled backup systems provide impressive endurance, ensuring prolonged energy independence during extended grid outages. This combination of economical operation and extended running times makes gas generators a smart investment for reliable home power solutions in Jamaica’s energy landscape

Uninterrupted Fuel Availability and Operational Convenience

A key benefit of choosing an LNG generator for your Jamaican residence is the assurance of a consistent and convenient fuel supply, especially critical during widespread power interruptions when gasoline and diesel may be scarce. This readily available fuel, which unlike ethanol-based petrol does not deteriorate during long-term storage, ensures that your home backup system is always prepared to provide reliable power with minimal logistical hassle.

Cleaner Emissions and Enhanced Home Safety

LNG power generators offer distinct environmental and safety advantages for residential properties in Jamaica. These gas-fueled units produce soot-free emissions, with no smoke or discernible smell, making them a greener and more pleasant solution for both your household and the surrounding environment compared to conventional fossil fuel generators. This focus on cleaner operation and reduced hazards provides homeowners with peace of mind, knowing their backup power solution is both efficient and environmentally responsible.

Frequently Asked Questions

How does PowerUp Jamaica ensure the secure setup and operation of gas generators?

At PowerUp Jamaica, we prioritize the secure setup and operation of all gas generators. Our installations are performed by licensed electricians and certified gas technicians, strictly adhering to the Jamaica Electrical Code (NFPA 70) and industry best practices. We ensure proper outdoor placement with adequate ventilation, implement carbon monoxide detection, and secure all fuel line connections to safeguard your property and family.

What kind of maintenance and service is required for gas-powered home backup systems?

To ensure the longevity and optimal performance of your gas-powered home backup system, regular maintenance is essential. This includes routine checks, oil and filter changes, spark plug replacements, and fuel system cleaning. We recommend professional servicing, including monthly and triennial load tests, to detect and address any issues proactively, ensuring your generator is always ready when needed.

Can a gas generator be integrated with existing renewable energy systems, like solar power, in Jamaica?

While gas generators serve as robust standalone backup power solutions, they can also complement existing renewable energy systems, such as solar power installations. For instance, a gas generator can provide reliable backup during extended periods of low solar production or high energy demand, ensuring continuous power supply. We can help design a comprehensive energy solution that integrates various power sources for maximum energy security.

Why should I consider an LNG or LPG generator for my Jamaican property?

Investing in an LNG or LPG (Liquefied Petroleum Gas) generator provides a highly reliable and efficient home power solution for Jamaican residents. Given the island’s high electricity costs and occasional grid instabilities, these gas-powered backup systems offer consistent, uninterrupted power, ensuring comfort and security during outages, especially during hurricane season.

How does PowerUp Jamaica ensure the secure setup and operation of gas generators?

How does PowerUp Jamaica ensure reliable service and parts availability for LNG power generators amidst local challenges?

We understand the frustration of power outages and the reported challenges with generator parts shortages and extended repair times in Jamaica. PowerUp Jamaica is committed to mitigating these issues by maintaining a robust inventory of essential components and employing factory-trained, certified technicians. Our dedicated service teams are equipped to provide timely and efficient maintenance and repair, ensuring your LNG power generator remains a dependable source of backup energy when you need it most.

Get in Touch with our Professional Team

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