Emergency Power Systems for Commercial Properties
Emergency Electric Power
Even minor power disruptions can halt transactions, shut down computer networks, and turn off essential systems like security and refrigeration. The financial impact of downtime and lost revenue can be immense.
That’s why investing in emergency power systems is vital. Neville Engineering Service, Inc. offers backup generators and uninterruptible power supplies (UPS) to keep your business running through outages. Our equipment allows you to continue conducting business as usual. The upfront cost of these systems is minor compared to the massive losses you may face from avoidable downtime.
Our engineers design emergency power supply solutions that favor simplicity over excessive sophistication. We keep costs down while delivering reliable power equipment that ensures long-term success.
Learn more about our process
A reliable emergency power system is crucial for facilities that cannot afford disruptions. Neville Engineering’s emergency power systems are designed to keep your operations running smoothly, even during outages. We offer customized solutions with advanced features brought to life through tried-and-true practices that are as cost-effective as they are reliable.
When you partner with our engineers for backup power systems, you can expect tailored solution that include:
- Reliable and robust design for emergency electricity sources
- 24-hour systems for production
- Photovoltaic backup generators
- Gas-powered generators
Trusted by Hundreds for Timely MEP Services
Our Work
View our gallery of projects to see the commercial and industrial spaces we work on.
With Deep Experience in Value Engineering & Code Compliance
Fair, Efficient Turnaround three line
Realistic timelines and fast responses — no chasing down updates.
Cost-Efficient, Constructible Design
Plans that support long-term maintenance and installation ease.
Responsive, No-Nonsense Communication
Clients value being kept in the loop — without the jargon or delays.
Code Knowledge as a Service
To share our deep familiarity with local and state-level codes, we offer long-term client education and code updates online.
FAQs
Why is investing in emergency power systems important?
Even minor power disruptions can halt business operations, causing downtime that results in significant financial losses. Investing in backup generators and uninterruptible power supplies (UPS) ensures your business stays up and running, preventing interruptions to critical systems like security, refrigeration, and networks.
What types of emergency power systems does Neville Engineering offer?
We offer backup generators and uninterruptible power supplies (UPS) that provide reliable, long-term power solutions to keep your business running through power outages.
How do emergency power systems benefit business continuity?
Power disruptions not only cause immediate losses but can also threaten the long-term continuity of your business operations. Extended outages may result in lost market share, damaged inventory, or delayed projects. Our generator systems ensure that your business has the redundancy and capacity to keep critical operations running, even during grid failures or natural disasters.
How do emergency power systems ensure safety and security?
Power outages can disable essential safety systems, such as lighting, access control, fire alarms, and surveillance, which can be risky for facilities like healthcare centers and schools. Our emergency power systems maintain these vital systems, ensuring that your building’s safety features remain operational even during an outage.
Why are emergency power systems critical for medical facilities?
Medical facilities rely on emergency power to keep life-sustaining equipment like ventilators and monitors running. A reliable backup power system is essential to ensuring patient safety and continued operation, especially in emergencies. Our solutions are tailored to meet the specific needs of healthcare environments.
How does Neville Engineering optimize emergency power system performance?
Neville Engineering focuses on delivering energy-efficient systems designed to meet your specific needs. We avoid overdesigning or adding unnecessary redundancies, keeping costs manageable while ensuring optimal performance and reliability.
What features can I expect from Neville Engineering’s emergency power systems?
Our emergency power systems include:
Industrial-grade components engineered for maximum uptime
Proven technologies such as diesel generators and photovoltaic arrays
Remote monitoring and automated failover to ensure continuous operations
Customized solutions designed for your specific reliability needs
How do you design power systems for facilities with 24/7 operations?
For facilities like data centers and medical offices, we design robust emergency power systems that include black-start generators, automatic transfer switches, and microgrid controls. These systems are automated and capable of picking up critical loads within seconds of an outage, ensuring no downtime for 24-hour operations.
What is a photovoltaic backup generator, and how does it work?
Photovoltaic backup generators use solar panels to charge batteries during normal operation. In the event of a power failure, the system automatically switches to battery power, providing reliable electricity to keep your lights, appliances, and security systems running until the grid is restored.
Are gas-powered generators a viable option for emergency power?
Yes, natural gas and propane generators are quieter and produce lower emissions compared to diesel units. They do not require onsite fuel storage tanks, which makes them an ideal option for many businesses. However, we recommend having diesel units as a backup in case of disruptions to the gas supply.
Can you provide customized backup power solutions for my business?
Absolutely! At Neville Engineering, we specialize in creating custom backup power solutions that are tailored to the unique needs of your business. Whether you need solar, gas-powered, or diesel generators, we work with you to ensure reliable and efficient power systems.
