Did you know that the turbocharger on your generator’s engine does a whole lot more than just allow the engine to develop more power?
As most people in the business know, Collicutt Energy has always been a top tier Waukesha service provider and a leader in the Waukesha rebuild market providing top quality products globally in the power generation and oil and gas industries.
We are pleased to announce that a new Gold Power Generation Solution Provider agreement has been signed with INNIO Waukesha Gas Engines. Through this agreement, Collicutt has factory-direct access to new, genuine Waukesha engines and support capabilities, including startup, commissioning and warranty services in the US and Canada.
This program allows Collicutt to offer Waukesha’s rich burn, low emission engines, including the newly launched 1MW VGF P48SE, VHP Series Five, and 275GL+ with ESM2. Waukesha’s fuel flexibility and ability to provide fast-start, reliable power generation for commercial and industrial, oilfield, standby and prime power applications.
This is an exciting opportunity for Collicutt as we work together with Waukesha to grow their market position in North America!
Refer to the links provided below for more information on Waukesha projects that Collicutt recently completed:
- Waste Water Treatment Facility
- Water Injection Pump for Oil and Gas
- Fuel Blending Application
- Fuel blending application case study can be accessed here
We are an essential business and open to meet all of your power generation, engine, and fabrication needs! Service, parts, sales, and rentals . . . call us or email us for details!
Collicutt Energy Services – Powering tomorrow through unrivaled solutions!
1-888-682-6888 or firstname.lastname@example.org
Series: Three Main Problems With the Way We Do Power
We’re continuing in our power generation series. And today we’re talking about Problem #2, which is ‘Grid limitations’.
So what are some of the limitations of our power grid system? And how does that affect us?
The first problem is, is that it’s expensive.
Most people pay actually 50% of their utility bill is actually the cost of just getting power to your facility. And the other half is actually the cost of the energy.
The second problem is delayed access.
A lot of times we’ll have projects where we want to increase our capacity at our facility, or we want to create a new location where we need power, and there just isn’t grid access or there isn’t the capacity. This has the ability to delay projects, or significantly limit their size.
And the third issue is unreliability.
This issue is super relevant to California these days. As as we move into the dry season and there’s concerns of fires, and we see those rolling blackouts again: Power reliability is a huge issue and it’s going to cause issues around power shortages, power outages and facility shutdowns.
So what are some of the ways that Collicutt can help you with some of these limitations?
Using a technology called Combined Heat and Power, or CHP, we’re able to generate both electricity and heat onsite using a single fuel source while achieving fuel efficiencies of 93%.
And one of the reasons why this is so much more efficient than what currently we’re using the grid is that we’re actually getting rid of a lot of the waste along the way. We’re getting rid of that that lost heat at the point of generation, and we’re able to achieve as high as 93% overall fuel efficiency.
So Why CHP? (3 Reasons)
First reason: Cost Savings
CHO can save you significant amounts of money by generating power on site, especially when you look at the rates that we’re paying here in California. In California, we’re paying about 26 cents ($0.26/kWh) in total: 13 cents of that is the cost of transmission and the other 13 cents is the energy cost.
With CHP, you can generate power for as little as 7-9c/kWh, saving 2c/kWh in heat (fuel) costs:
Second Reason: Sustainability.
in Alberta, we can save as much as 3000 tons of CO2 output per year for every megawatt of CHP installed. Why is that? Because power here in Alberta is predominantly generated by coal. And by by using clean fuel source like natural gas, salvaging the heat, offsetting the fuel source that would have provided that heat in the facility, we can get that down to a 0.2-0.25 tonnes/MWh.
Let’s look in California. Even in California, where we have incredibly clean power, You can actually see a 14% reduction in CO2 output by using CHP.
Third Reason: Reliability.
By having on-site power generation capacity, the power reliability at the facility is dramatically increased.
So, cost effective, reliable, sustainable. CHP is a great application for a lot of these problems relating to the grid limitations.