Panda Temple II

Panda Temple II is being built adjacent to the Panda Temple I power plant under construction in the Synergy Industrial Park of Temple city in Texas, US.

Panda Temple II will be installed with two Siemens SGT6-5000F gas turbines. Image courtesy of Siemens.

Two SGen6-1000A air-cooled generators are being used in the second Panda Temple power plant. Image courtesy of Siemens.

Panda Temple II power plant will be the third natural gas-fuelled energy facility built by Panda Power Funds, in Texas, US.

The 758MW combined cycle power plant (CCPP) will be located adjacent to the Panda Temple I power plant at Synergy Industrial Park in the southern part of Temple, Texas.

Panda Temple I was commissioned in September 2014. Currently in advanced stage of development, Panda Temple II is expected to be commissioned by the end of 2015.

The facility will create between 700 and 800 jobs during the construction phase and eight direct jobs when operational.

Financing for Panda Temple II

Financing for Panda Temple II was secured in April 2013. The engineering procurement and construction (EPC) contract was also awarded in the same month.

Panda Power secured $372m of debt financing to build its Temple II power plant through Goldman Sachs and Credit Suisse. Ares Capital worked as the documentation agent for the financing.

Contractors for Panda Temple II power project

A consortium of Bechtel and Siemens was awarded the contract to design and build the Panda Temple II power plant, in April 2013. The same consortium is engaged for Panda Power’s other two projects in Texas.

Bechtel is responsible for the engineering and procurement for the balance of the plant, as well as the installation, construction and commissioning of the project.

Siemens will provide the power-island package for Panda Temple II, including the supply of gas and steam turbines, and the waste heat recovery boilers. The order includes a long-term service agreement and is worth approximately $300m.

Panda Temple II plant details

Panda’s second power plant in Temple will use advanced combustion turbine and emission-control technology. With a gross installed capacity of 758MW, the plant will serve approximately 750,000 homes in the central Texas area with clean fossil power. It will be supplied with natural gas from producers in Texas.

The new plant is located along the I-35 corridor roughly in the midway between San Antonio and Dallas-Fort Worth area. It is strategically positioned to serve the rapidly growing metropolitan areas in the region.

Panda Temple II plant technology

Panda Temple II will be a multi-shaft combined-cycle plant based on Siemens Flex-PlantTM 30 technology. The technology allows for fast and flexible operation. Power generation can begin within 10min of start-up with significantly low-emissions and fuel costs. The plant can generate the base-load power in just 60min.

The power plant will comprise two Siemens gas turbines (SGT6-5000F), one Siemens steam turbine (SST6-5000), three Siemens SGen6 generators (including two SGen6-1000A generators and one SGen6-2000H generator), two NEM made Benson heavy duct-fired heat recovery steam generators (HRSG), and a wet condenser.

The four-stage SGT6-5000F gas turbine with 208MW power capacity for 60Hz grid frequency represents the latest version of F-class gas turbine from Siemens. It incorporates an additional 20MW power capacity, which allows the plant to boost power output during peak demand period.

It features 13 stage axial-flow compressors and 16 ultra-low NOx dual-fuel combustors with can-annular configuration.

The hydrogen-cooled SGen6-1000A generators of the plant have efficiency up to 99%.

Panda Temple II power plant will also be equipped with Siemens power and process automation system SPPA-T3000.

Environmental benefits of the Texan power plant

Panda Temple II will be a power generating facility with ultra-low water usage. It will implement recycled effluent for cooling in order to help conserve the natural supply of drinking water.

The natural gas-fuelled power plant will emit less than ten parts per million (ppm) of carbon monoxide and less than 2ppm of nitrogen oxide NOx.