Canada has a lot of natural gas and limited ways to get rid of it all. This creates excellent opportunities for natural gas electrical power generation. LEC provided a “double wide” E-house that operates at 4160V.
Thule Air Base is solely powered by diesel power generation, running on JP-8 jet fuel. Their generators date back to the 50’s and 60’s, and are highly reliable medium speed machines with many, many runtime hours on them.
Soto Cano is an air force base in Honduras. It is a joint venture between the US and Honduras, primarily working in a drug interdiction role against the illegal drug trade. Soto Cano has been using diesel power generation to power the base for many years. They use high speed diesels, running 24/7/365. When a high-speed diesel runs continuously, a couple things happen:
There are two generator power markets – standby (emergency) power and prime power. Prime power means that the generator is the sole source of electrical power and runs whenever power is needed. For example, at a coal mine, this might be 8 hours a day. Meanwhile, standby power is used only during emergency situations. Many would argue that because this a generator that is rarely used, it doesn’t justify the investment. The savings equate to kW-hr savings.
On March, 2016, LEC got involved in a small power project when a missionary named Dale, was in the process of renovating a hospital in Malumghat, Bangladesh called Memorial Christian Hospital. He explained to LEC that they have utility power present to run the hospital, but that it is unreliable to the point of having anywhere form 5-10 outages per day! So, they needed some switchgear and controls that would automatically start, parallel and transfer to generator power when needed. Then, execute closed transition return back to utility when utility is again available.
There are two generator power markets – standby (emergency) power and prime power. Prime power means that the generator is the sole source of electrical power and runs whenever power is needed. For example, at a coal mine, this might be 8 hours a day. Meanwhile, standby power is used only during emergency situations. Many would argue that because this a generator that is rarely used, it doesn’t justify the investment. The savings equate to kW-hr savings.
Biotown Ag, Inc. is a farm that raises beef. Alot of beef! Five thousand head, in fact. Biotown Ag has been innovative in their method of feeding and raising beef, processing beef waste through an anaerobic digester, using the waste gas for power generation, and then using the digester remnant for its fertilizer content and applying it to tillable soil. The harvested grain that benefited from the fertilizer is then fed back to the beef (again). Talk about closing the loop!
When LEC Founder, Randy Leman first started his career at caterpillar, if a customer wanted to control a generator, a switchgear engineer would have to interconnect maybe 100 wires to that generator. It was an extremely cumbersome process. However, in 2006, when Randy Leman was working for APT, he had a concept for ethernet backbone switchgear, which traveled with him across four, different jobs until he founded LEC when he founded and applied the ethernet backbone switchgear concept.
LEC offers customers the aggregation of ancillary distribution and controls for your power system into the switchgear. To do this, your power system requires the following: battery charger, jacket water heater circuit with disconnect when engine is running
Radiator fan motor starters, generator set ventilation motor starters, house power lighting and convenience receptacle circuits
Let’s say you are selling a power system with a modern, emissions friendly, diesel or natural gas generator set. Currently, there are 2 cooling circuits: one for jacket water and one for aftercooler; each with their own thermal demand needs. Normally you just run all the fans all the time, while seeking out extra efficiency percentage points, but that ends up costing you more.