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South Shore Generator Sales & Service Blog - Wareham, MA

KOHLER Gaseous-Powered Industrial Generators recognized as a "Product of the Year"

- Thursday, February 25, 2021
South Shore Generator - KOHLER KG Series Gas Generators

The KOHLER KG Series gaseous-powered generators have been recognized as a 2020 Product of the Year by readers of Consulting-Specifying Engineer magazine. The publication’s 16th annual Product of the Year competition identifies the best new products launched between Jan. 1, 2019 and March 31, 2020 in 11 key industrial categories and then invites its professional readership to vote for their favorites.

This year, the KOHLER KG Series gas generators at 80kW, 100kW and 125kW Series was recognized with a Silver Product of the Year Award in the Power Systems & Equipment category. The recognition is Kohler’s second award in three years from Consulting-Specifying Engineer after winning gold for the KD Series generator line in 2018.

KOHLER is pleased to be recognized by specifying engineers with their endorsement of their KG gas generators and viewed as leaders in power generation technology. The gas generators are suited for a wide array of applications and, because they’re fully-integrated units, KOHLER provides one-source responsibility for the generating system and accessories, including fully trained technicians and easy access to our genuine aftermarket parts.

The gaseous-powered industrial generators feature the company’s 6.2-liter V8 turbocharged engines that are optimized for generator applications to provide a durable, high-performance engine. The generators provide flexibility to select the appropriate gas fuel source (natural gas, propane, and dual fuel) with Kohler’s patented dual fuel technology. Each of the KG generators feature KOHLER Fast Response excitation systems that deliver excellent voltage response and short-circuit capability using permanent magnet-excited alternators.

Kohler is the only generator manufacturer to offer hurricane-rated enclosures as standard directly from the factory. These enclosures are durable aluminum enclosures that meet the most stringent and widely recognized testing standards (TAS) within the Florida Building Code from wind load and projectile impact.

The KOHLER KG80, KG100 and KG125 KG generators are suited for applications like commercial, municipal buildings, educations, housing, health care and nursing homes.

For more information, contact South Shore Generator in Wareham, MA.


Communication Technologies for Remote Generator Monitoring

- Tuesday, February 23, 2021

Understanding the differences between the various communication technologies will help generator maintenance companies make informed decisions about which generator monitoring solutions they install for various applications. By choosing the right solution for each application, you can improve maintenance scheduling and increase revenues, while also boosting customer satisfaction.


Remote Generator Monitoring (RGM) has become increasingly popular over the past decade, which is not surprising, since it provides substantial benefits to generator maintenance companies and generator owners. A wide array of RGM solutions are avail-able, both “OEM” (generator manufacturer specific) and “universal” (works with most generator makes and models) types, with a wide range of both complexity and cost.One of the most important factors to consider when choosing an RGM solution is the communication technology used to send data from the generator being monitored to the monitoring vendor. This white paper will explore the various communication technologies utilized by the RGM solutions currently available, and the communica-tion technologies will be compared on four critical attributes:

  • Reliability
  • Installation
  • Longevity
  • Cost

Communication Technologies Report Card

Read on to find out why these communication technologies earned these grades, the advantages and disadvantages of each technology, and the best communication technology to select for various RGM applications and scenarios.


Cellular: Public cellular wireless networks offering ‘nationwide’ or regional coverage for telephone and data services, which are oper-ated by major cellular carriers (e.g. AT&T, Sprint, Verizon, etc.)

Communication Technology: Method used to communicate data from the generator monitoring device (located at or near the generator) to the RGM service vendor.1

‘Last Mile’: The connection from the major network ‘back-bone’ to the premise. May be wired or wireless and may be longer or shorter than a mile.

LTE: Long Term Evolution cellular communication technology. Presently, this indicates the newest and fastest cellular technology available, and is typically also described as 4G (fourth generation) by the cellular carriers. LTE indicates that the carrier is committed to continuing to support this technology well into the future, even as newer, next generation technologies (5G, etc.) will become available.

Non-LTE: Cellular technology which was deployed prior to the newest/fastest cellular technology available, and for which the cel-lular carriers do not have a commitment to longevity. This is typi-cally 2G and/or 3G technology, and carriers have already started to discontinue (or ‘sunset’) this service to make room on their networks for LTE technology. Most Non-LTE cellular will be dis-continued within 1 – 5 years, so devices which solely rely on this technology will have to be replaced.

WiFi: Technology which allows wireless local networking of devices such as tablets or smartphones and is based on the 802.11(x) standard of the Institute of Electrical and Electronics Engineers (IEEE). WiFi provides a local wireless connection or ‘gateway’ (generally under 100 feet of range) between these de-vices and the broadband internet service at a home or business and cannot supply internet service to the devices unless it can access the premise broadband service.

Wired: Communication technology which uses a ‘hard-wired’ connection to communicate data from the generator monitoring device (located at or near the generator) to the remote monitor-ing service vendor. The local area network (LAN) connection is typically an ethernet cable connected to a modem or router which receives broadband internet (wide area network, or WAN) via co-axial cable, fiber optics, etc.

Wireless: Communication technology which uses a wireless con-nection to communicate data from the generator monitoring device (located at or near the generator) to the remote monitoring service vendor. Examples include cellular, satellite, UHF and WiFi. Al-though WiFi uses a wireless path to connect the RGM equipment to the WiFi router within the premise, it relies upon a wired connec-tion from the WAN modem or router to the RGM service vendor.

This white paper does not cover local communication protocols which might be utilized by the generator monitoring device to gather data from the generator con-troller (i.e. CAN Bus, Modbus, etc.), or communication methods used to commu-nicate data from the remote monitoring service vendor to the persons or entities responsible for monitoring the generator

Advantages and Disadvantages of RGM Communication Technologies

Wired Communication Technologies

There are two primary types of wired communication net-works in use in North America for data, video and voice com-munications:

Cable Television Networks / Fiber-Optic Networks

The ‘Cable’ and ‘Fiber’ networks are the most widely used wired systems in North American for delivering television, in-ternet, and voice services to residential and commercial premis-es. These systems typically consist of a network ‘backbone’ that utilizes fiber-optic cabling and equipment to carry vast amounts of video, audio and data at high speeds over long distances, and sub-networks which utilize copper coaxial cable or fiber-optic cable to distribute the video, audio and data to neighborhoods and individual premises. These sub-networks are also known as the ‘last mile’ of the network and consist of overhead and/or underground cabling. Connection to the internet at the premise may be wired (i.e. ethernet) and/or wireless (i.e. WiFi).

Copper ‘Twisted Pair’ Telephone Lines

This extremely antiquated infrastructure is being phased out, or “de-commissioned” by landline telephone companies throughout the country, and as such, should NOT be consid-ered a viable communication technology for any use, including remote generator monitoring.

Wireless Communication Technologies

There are two primary types of wireless communication net-works which provide nationwide coverage in North America for voice and data communications, ‘Cellular’ and ‘Satellite’. There are many other wireless networks that use various proprietary technologies (including UHF radio networks offered by CRN Wireless), however, this white paper is focused on the Cellular and Satellite wireless networks, which offer extensive coverage across North America.

Cellular Networks

The cellular networks are terrestrial wireless networks which typically utilize many ‘cell sites’ (located on buildings, towers, etc.) to wirelessly communicate voice and data to mobile and fixed cellular devices. The network (and therefore coverage) is built around population centers and/or roadways, so coverage may be poor or non-existent in very remote and/or unpopulated areas.

Satellite Networks

Several satellite services allow for wireless communication of voice and data from mobile or fixed devices (satellite ‘terminals’) to geostationary or low-earth orbit satellites in space. Coverage is global (or nearly global), but requires an unobstructed, upward-facing antenna located outdoors.


Which communication technology is right for each application?

  • LTE cellular communication is the best option for RGM communication at any locations which have reliable LTE cellular coverage.
  • At locations which don’t have LTE coverage yet, a Non-LTE solution can be deployed, but should be replaced with an LTE solution once LTE coverage becomes available.
  • Satellite communication is a good alternative to cellular at remote locations which don’t have any cellular coverage, provided the budget for RGM is adequate.
  • Wired Internet and WiFi are not good communication technologies for RGM, for the many reasons covered in this white paper.

A Win-Win: Improve Your Bottom Line While Providing a Valuable Service

  • Generate Incremental Revenue for this valuable ser-vice by incorporating it into your maintenance contracts. Your customers will pay for the added assurance that generator monitoring provides.
  • Improve Customer Satisfaction by proactively ad-dressing generator problems and reducing incidents of generator failure during power loss. Know if there is a problem before your customer does.
  • Increase Efficiency and Profit by accurately planning maintenance needs and scheduling maintenance visits more efficiently.

© CRN Wireless

Diesel Generators to Power Any Application

- Tuesday, February 16, 2021
South Shore Generator - Wareham, Boston, MA

KOHLER® diesel generators are built to power any application including hospitals, gas stations, data centers, airports and more. And with our new line of KD Series generators, we offer massive power options up to 4 MW.

Industrial Diesel Generators 30REOZK4, 60 Hz, Tier 4


  • KOHLER Co. provides one-source responsibility for the generating systems and accessories
  • The generator set and its components are prototype-tested, factory-built, and production-tested
  • The 60 Hz generator set offers a UL 2200 listing
  • The 60 Hz generator set meets NFPA 110, Level 1, when equipped with the necessary accessories and installed per NFPA standards
  • A one-year limited warranty covers all systems and components. Two- and five-year extended warranties are also available
  • Tier 4 Final EPA -Certified for Stationary Emergency and Non-Emergency Applications


  • Kohler designed controllers for guaranteed system integration and remote communication
  • The low coolant level shutdown prevents overheating (standard on radiator models only)
  • Durable steel, sound-attenuating housing with quiet operation of 66 dB(A) @ 7 m (23 ft.) with full load at prime rating
  • 125% environmental containment basin for oil and coolant and 110% secondary containment tank for fuel
  • UL 142 listed subbase fuel tank for 24-hur run time with full load at prime rating (minimum)
  • Customer connection panel with main circuit breaker, remote start connection, and emergency stop switch


  • Kohler's wound field excitation system with it's unique PowerBoost(TM) design delivers great voltage response and short-circuit capability
  • NEMA MG1, IEEE, and ANSI standards compliance for temperature rise and motor starting
  • Sustained short-circuit current of up to 300% of the rated current for up to 10 seconds and enables down stream circuit breakers to trip without collapsing the alternator field
  • Self-ventilated and drip-proof construction
  • Vacuum-impregnated windings with fungus-resistant epoxy varnish for dependability and long life
  • Superior voltage waveform from a two-thirds pitch stator and skewed rotor


  • Heavy-duty air cleaner with air restrictor indicator
  • Uses cooled Exhaust Gas Regeneration (EGR) and diesel oxidation catalyst to meet Tier 4 Final without a Diesel Particulate Filter (DPF)
  • Lockable battery disconnect switch
  • Electronic isochronous governor

For more information, contact South Shore Generator in Wareham, MA.

Mobile Generators That are Quiet and Reliable

- Monday, February 08, 2021

Quiet, reliable KOHLER® mobile generators give you dependable gaseous and diesel power, from remote construction sites to public events to storm recovery. They’re built to withstand the elements and run for long hours in prime and standby applications.

120REOZT4, 60 Hz, Diesel, Tier 4Mobile

Standard Features

  • KOHLER Co. provides one-source responsibility for the generating systems and accessories
  • Three year limited warranty covers all generator systems and components and one year limited warranty covers the trailer
  • Fuel Tank 727L (192 gal.) provides 24 hours of run-time at 75% load
  • Sound level of 71 db(A) @ 7 m (23 ft) at full load prime rating
  • 125% environmental containment basin for oil and coolant and 110% secondary containment tank for fuel
  • Kohler’s DEC3500 digital controller is encapsulated for protection against vibration and environmental conditions, auto senses voltage eliminating the need to program voltage changes and includes paralleling functionality

Engine Features

  • Certified by the EPA to conform to Tier 4 Final nonroad emissions standards
  • Heavy-duty air cleaner with restrictor indicator
  • Battery, battery rack, and cables

For more information, contact South Shore Generator in Wareham, MA.


"Data Applications" up Next in the Generac Industrial Webinar Series

- Monday, February 01, 2021

Join us for Generac's monthly interactive webinars! These informative 30-minute webinars answer the technical questions you need answers to and are a preview of the Professional Development Seminar Series courses offered by Generac. They also cover trends in the market, new useful tools that will help you be successful, and can be accessed online or on any mobile device.

Coming Up Next:

Data Applications (4 MW and Below)

Large scale data center applications tend to create a tremendous amount of interest due to their very significant scope, but from a power generation design standpoint they are rather basic. The base of design for large scale data is 2.5 to 3.0 MW single generators on a power bus with the ability to implement swing units. Though this implementation works well in the large applications, it doesn’t create optimal solutions for on-site enterprise data or smaller start-up co-location applications. This webinar will focus on maximizing reliability while balancing cost and scalability concerns for applications below 4 MW.

  • Understanding the key requirements of data application design
  • How to maximize reliability while balancing cost and scalability concerns
  • Considerations when applying the concepts of the up-time institute tiers in smaller applications

Join us on March 3rd, 12:30 PM ET




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