Affordable and Clean Energy

Forty years ago when rubber tire gantry cranes were first used at the Port of Long Beach, they were the latest thing in technology to move cargo containers around the port. But the 80-foot-tall green cranes with their 1,000-horsepower diesel engines guzzled 10 gallons of fuel an hour and spewed dirty emissions into the air. The port, working with Southern California Edison, is hoping to help solve that problem with a demonstration project to electrify nine of the gantries at one of its terminals.

Duke Energy's new 750-megawatt combined-cycle natural gas plant at the W.S. Lee Station in Anderson County, S.C., began serving customers on April 5, 2018. The energy generated from this unit helps power the lives of customers in South Carolina and North Carolina.

Duke Energy Florida's state-of-the-art natural gas plant in Citrus County is on track to deliver cleaner, more reliable energy for Floridians. The 1,640-megawatt combined-cycle, two-unit plant will use clean-burning natural gas and highly efficient technology to provide reliable and cleaner energy to 1.8 million Florida customers in 35 counties.

Climate experts from Africa will meet next week in Kenya to discuss collaboration and technology transfer. Representatives from government, private sector, finance and research institutions will gather in Nairobi, Kenya, 9–10 April 2018.

Tetra Tech is bringing clean water and effective delivery systems to Liberia to address water sector challenges.

Piped drinking water has not flowed in most of Liberia's secondary cities for a quarter century. Shortly after the Liberia civil conflict began in 1989, these systems were destroyed or fell into disrepair, leaving urban residents dependent on either unreliable or contaminated water sources like shallow wells and surface waters. As a result of the war, local capacity in water supply engineering, operations, maintenance, and management became limited or non-existent. Tetra Tech is implementing the Liberia Municipal Water Project (LMWP I & II), which is funded by the U.S. Agency for International Development (USAID).

ECN Magazine highlighted the 2 megawatt, 24-acre solar photovoltaic array that is being constructed at the Dugway Proving Ground (DPG) site in Dugway, Utah. This new system will allow DPG’s existing electrical grid to produce 4 million kilowatt-hours of energy per year. Tetra Tech and joint venture partner TriEco are serving as the prime contractor for the design and build of the array. DPG is executing this project to optimize efficiency and conserve natural resources through on-site renewable energy generation and to support their objective of meeting renewable energy goals. This is the first of many prospective renewable energy projects to support to the U.S. Army Corps of Engineers (USACE) renewable energy goals.

In today’s digital economy, a new breed of buildings is emerging. As a key ingredient in expanding urban landscapes, buildings of all types are undergoing a major technological shift toward greater efficiency and sustainability, driven by connected technologies, big data and analytics.

As the cost of sensors, devices, edge networks, machine learning, and analytics decreases, the impact of the Internet of Things (IoT) is creating a new industrial paradigm that impacts every industry, energy included. Energy has been evolving in terms of generation and distribution, and the IoT stands to be the most transformational aspect of this brave new world. Here’s how we expect it to affect corporate energy users in the next decade.

For many executives, the myriad of ways in which to enact energy savings are too varied and not succinct enough to be actionable. Here, we present four different tried-and-true methods for saving on energy expenditures.

Consumers Energy has a track record of doing more than is required to ensure Michigan’s air, water and land are cleaner for future generations to enjoy.