Landfills Can Easily Increase Efficiency With Cooling To Power

Across the globe, engines see extensive use at landfills for their ability to make the most of waste and generate renewable power from available biogas. These engines typically run continuously, generating a considerable amount of heat. This heat is not only a waste of energy but a huge burden, stealing valuable power away from the engine for cooling.

In addition to the parasitic cooling load, engines typically lose around half of their energy in power generation as waste heat. Waste heat and the cooling load reduce efficiency and eat into profits. Plus, if the cooling is insufficient, an engine may face ongoing maintenance and derate issues – further eating away at revenue.

Enter the ElectraTherm Active Cooler, a net-zero cooling to power solution that generates additional electricity for profit from nothing more than the heat available. Utilizing the Organic Rankine Cycle (ORC) along with proprietary technologies, the Active Cooler can provide 100% full load cooling, independent of power generation.

 

 

The ORC process used to convert waste heat into electricity has a significant cooling effect on the engine, reducing the jacket water cooling load 70-100%. Thanks to this, the highly efficient dry cooler integrated into the Active Cooler can cool both ElectraTherm’s system and yours – offsetting the parasitic cooling load while generating up to 75 kW (gross) of electricity. By upcycling heat into electricity at a landfill, you increase power output.

An engine’s parasitic cooling load typically steals anywhere from 5 to 35 kW on an engine whilst in operation. If a 1 MW genset experiences an average parasitic cooling load of 20 kW, that amounts to a loss of efficiency of 2%. If an Active Cooler were installed and displaced the cooling load while generating an average of 30 kW, the newly available electricity would be 50 kW. The result is an efficiency increase of 5%.*

The Active Cooler’s ability to utilize heat for cooling and additional power generation makes it the only cooler of its kind in the world. Thanks to a simple design, integration into existing systems is easy. As long as processes generate heat, they will always require cooling. The Active Cooler is not only a solution for now but a solution for the future.

*These numbers are conservative and purely speculative. They are not meant to be applied to project economics. Engines may produce more power, therefore producing more heat. Along with this, radiators consume varying amounts of power and may run more or less frequently than stated in the example above. The amount of electricity generated by the Active Cooler depends on the heat available, the cooling load, and other variables. To evaluate a specific project’s economics and return on investment, please reach out to a member of our team これ.

 

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エレクトラサームについて

BITZERグループのElectraThermは、低温の熱をクリーンな電力に変換する独自の技術とともに、有機ランキンサイクルを利用した世界トップクラスの廃熱回収ソリューションを提供します。ElectraThermのシンプルで効果的なソリューションは、クリーンな電力を生成し、効率を高め、エネルギーコストを削減し、排出量を削減します。

 

ElectraThermのエンジニアリングと、世界最大の独立系冷凍コンプレッサーメーカーであり、全世界で3,500人近い従業員を擁し、平均年間売上高が$10億ドルに迫るBITZERのサポートを受けるという価値を組み合わせることで、ElectraThermのチームは、市場における廃熱回収技術の進歩に全精力を傾けることができます。

 

ElectraTherm’s パワー＋ジェネレーター is a heat to power generator, converting waste heat into clean electricity and usable thermal while offsetting the cooling load. The アクティブ・クーラー acts as a cooling to power generator, using the same cycle to provide self-powered cooling while generating electricity. Both of ElectraTherm’s solutions reduce emissions and energy costs while providing a baseload power / cooling supply. Taking advantage of waste heat is not only profitable, but practical. Allowing companies to benefit from a more circular economy while achieving sustainability goals.

 

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