Posts

SABEY

SABEY
NEW YORK, NY
MEP design for a Class “A” office fit-out on the 14th floor of a NYC high rise. This was a self-certification project for NYC.

DEVON OFFICE BUILDING

DEVON OFFICE BUILDING
PHILADELPHIA, PA
Electrical design for the new construction of a mix use office / apartment building.

DERMIK LABORATORIES, INC

DERMIK LABORATORIES, INC
TREDYFFRIN, PA

Electrical and mechanical design for new 1,000 kW generator. Electrical design for renovations to the 3rd floor.

RE STEEL EDDYSTONE, PA FXB Engineering

RE STEEL

RE STEEL
EDDYSTONE, PA

Electrical enhancements including main service transformer and switchgear replacement.

2 TABAS LANE REPAIR CENTER

2 TABAS LANE REPAIR CENTER

2 TABAS LANE REPAIR CENTER
EXTON, PA

Electrical design for the conversion of an existing warehouse into a new repair center.

FXB Engineering MEP www.fxbinc.com

SWARTHMORE COLLEGE, PARRISH HALL

Mechanical & Electrical engineering services for four floors and the lower level of this university dormitory building.

FXB Engineering MEP www.fxbinc.com

THE EPISCOPAL ACADEMY

FXB has completed several engineering design projects for this Newtown Square campus.

FXB Engineering MEP www.fxbinc.com

KRANDO METAL PRODUCTS

KRANDO METAL PRODUCTS
BROOMALL, PA

Electrical design for the renovation of the electrical infrastructure.

Renovate the existing electrical infrastructure to allow Krando to support their state-of-the-art, high-end custom metal fabrication 75,000 S F facility. This high-end 75,000 SF metal manufacturing facility powers the largest and fastest laser cutting machines in the industry and required state-of-the-art electrical infrastructure. FXB provided the foundation for Krando to continue to be a leader in their
industry.

FXB Engineering MEP www.fxbinc.com

GLEN MILLS SCHOOL

FXB provided design, equipment procurement, and construction supervision and commissioning services for a new 35-4.16kV substation, which included a 2500kW diesel generator, and 5kV switchgear for distribution to this 30+ building, 850 acre high school campus.  FXB also performed a short circuit, coordination, and arc flash study for entire campus.

FXB Engineering MEP www.fxbinc.com

SOLAR GENERATING PLANT ST. THOMAS, USVI

FXB Engineering Announces Implementation of a Solar Generating Plant for St. Thomas, USVI that will provide up to 5% of the Islands Energy Source

FXB Engineering provides high level of reliability on VIWAPA’s transmission systems for generation resources.

FXB Engineering, a leading provider of Mechanical, Electrical, Plumbing and Fire Protection engineering services, promotes our continued engineering services provided to The Virgin Islands Water and Power Authority. “FXB implemented a new 34.5kV Gas Insulated Switchgear (GIS) substation located in the Power Distribution Center (PDC) to tie in the 5 MW of solar power into the utility companies transmission system. We are excited to be a part of this project. The newly installed solar farm will provide 4-5% of St Thomas’s current base load capacity during daylight hours. FXB provided a robust double bus 34.5kV GIS design with primary and backup protection for the transmission lines in order to maintain a high level of reliability on VIWAPA’s transmission system,” states Peter J. Bonnes, President at FXB Engineering.

The Virgin Islands Water and Power Authority and Main Street Power Company hosted the dedication ceremonies last month for the new solar power generation plant in Estate Donoe on St. Thomas. The new facility was tested and peaked at 4.2MW. WAPA chief executive officer and executive director Hugo V. Hodge, Jr. said the addition of the solar farm and a similar installation on St. Croix, which was dedicated in 2014, continues the authority’s effort to diversify its generation resources. For more information see article: Electrical Construction and Maintenance, March 12, 2015, WAPA, Main Street Power and Morgan Stanley Commission Solar Photovoltaic Project.
http://ecmweb.com/green-building/wapa-main-street-power-and-morgan-stanley-commission-solar-photovoltaic-project