693JF72344024
Project Grant
Overview
Grant Description
Award purpose
The project will fund the replacement of diesel yard tractors with approximately 60 battery electric yard tractors.
Construction of electric equipment charging infrastructure with energy load management software to enhance energy efficiency and installation of software equipment to streamline cargo handling operations within the Long Beach Container Terminal (LBCT).
Activities to be performed
The recipient will deploy a fleet of approximately 60 human operated battery electric yard tractors and will install approximately 60 charging stations with supporting electrical infrastructure.
Supporting electrical infrastructure and charging systems will be constructed and deployed in the following locations and over a span of the below indicated area:
Railyard area 2.0.
North Operations & Information Technology (NOIT) building area 0.5.
Marine Operations building MOB area 0.5.
Chassis shop area 0.5.
The project includes the following components:
Component 1: Design and permitting
LBCT will procure the services of a professional engineering design firm to complete the final design of the infrastructure required to support approximately 60 battery electric yard tractors.
Acquisition of required state and local approvals including a harbor development permit from the Port of Long Beach and various permits from the authorities having jurisdiction (AHJ).
Component 2: Electrical acquisition switchgear
LBCT will procure electrical switchgear and related electrical power equipment.
Component 3: Equipment acquisition tractors and charging systems
Approximately 60 battery electric human operated yard tractors will be acquired, commissioned, tested, and deployed at LBCT.
Software equipment will be designed to merge with the existing terminal operating system.
Yard tractor operators and maintenance personnel will be trained in both the operation of the battery electric yard tractors and the associated software.
Component 4: Demolition and construction
LBCT will hire a contractor to perform the charging infrastructure site demolition, electrical equipment infrastructure installation, and charging equipment installation.
Each of the approximately 60 battery electric yard tractor charging stall locations will include trenching and any subsequent necessary repaving in order to connect the electrical switchgear to the charging station.
Pavement removal for switchgear foundation pads, charging stall pads, and protective bollards.
Pavement striping for parking and personnel guidance.
Protection bollards for equipment and personnel.
Wheel stops and concrete curbs.
Inductive charging pad or hands-free charging system.
Approximately 60 charging stations and supporting infrastructure will be installed.
The charging stations will be integrated with energy load management software.
Supporting infrastructure for the approximately 60 battery electric yard tractor charging stall locations will include inductive charging pad power supply equipment for multiple pads or hands-free charging systems.
Switchgear for charging pad power supply equipment.
Electrical conduit systems.
Transformer and charging pad power supply equipment foundations.
Pavement replacement at trenching locations.
Component 5: Construction supervision
LBCT will procure the services of a professional engineering firm to provide construction management services.
Component 6: Project management
LBCT will procure the services of a professional engineering firm to provide project management services.
Component 7: Grant management
LBCT will procure the services of a professional services firm to provide grant management services.
Deliverables expected outcomes
Performance measure table from Schedule G, page 14 of the grant agreement.
Greenhouse gas emissions reduced.
Carbon dioxide-equivalent emissions metric tons.
Total carbon dioxide emissions metric tons per year.
Carbon dioxide emissions should be reported for the project study area based on vehicle-miles traveled (VMT) data, fuel consumption data, MOVES, or EERPAT.
Recipients should cite the model inputs or assumptions such as VMT or locomotive fuel consumption reduction in the reported data.
Quarterly.
Cargo volume
Total tons of cargo moved per year (TEUs or short tons).
Cargo volume measures the movement of freight through the project study area.
When applicable, report the total cargo volume and the volume disaggregated by type of freight (containers in TEU and bulk in tons or type of intermodal transport truck or rail).
Quarterly.
Intended beneficiary: City of Long Beach.
Subrecipient activities: None.
The project will fund the replacement of diesel yard tractors with approximately 60 battery electric yard tractors.
Construction of electric equipment charging infrastructure with energy load management software to enhance energy efficiency and installation of software equipment to streamline cargo handling operations within the Long Beach Container Terminal (LBCT).
Activities to be performed
The recipient will deploy a fleet of approximately 60 human operated battery electric yard tractors and will install approximately 60 charging stations with supporting electrical infrastructure.
Supporting electrical infrastructure and charging systems will be constructed and deployed in the following locations and over a span of the below indicated area:
Railyard area 2.0.
North Operations & Information Technology (NOIT) building area 0.5.
Marine Operations building MOB area 0.5.
Chassis shop area 0.5.
The project includes the following components:
Component 1: Design and permitting
LBCT will procure the services of a professional engineering design firm to complete the final design of the infrastructure required to support approximately 60 battery electric yard tractors.
Acquisition of required state and local approvals including a harbor development permit from the Port of Long Beach and various permits from the authorities having jurisdiction (AHJ).
Component 2: Electrical acquisition switchgear
LBCT will procure electrical switchgear and related electrical power equipment.
Component 3: Equipment acquisition tractors and charging systems
Approximately 60 battery electric human operated yard tractors will be acquired, commissioned, tested, and deployed at LBCT.
Software equipment will be designed to merge with the existing terminal operating system.
Yard tractor operators and maintenance personnel will be trained in both the operation of the battery electric yard tractors and the associated software.
Component 4: Demolition and construction
LBCT will hire a contractor to perform the charging infrastructure site demolition, electrical equipment infrastructure installation, and charging equipment installation.
Each of the approximately 60 battery electric yard tractor charging stall locations will include trenching and any subsequent necessary repaving in order to connect the electrical switchgear to the charging station.
Pavement removal for switchgear foundation pads, charging stall pads, and protective bollards.
Pavement striping for parking and personnel guidance.
Protection bollards for equipment and personnel.
Wheel stops and concrete curbs.
Inductive charging pad or hands-free charging system.
Approximately 60 charging stations and supporting infrastructure will be installed.
The charging stations will be integrated with energy load management software.
Supporting infrastructure for the approximately 60 battery electric yard tractor charging stall locations will include inductive charging pad power supply equipment for multiple pads or hands-free charging systems.
Switchgear for charging pad power supply equipment.
Electrical conduit systems.
Transformer and charging pad power supply equipment foundations.
Pavement replacement at trenching locations.
Component 5: Construction supervision
LBCT will procure the services of a professional engineering firm to provide construction management services.
Component 6: Project management
LBCT will procure the services of a professional engineering firm to provide project management services.
Component 7: Grant management
LBCT will procure the services of a professional services firm to provide grant management services.
Deliverables expected outcomes
Performance measure table from Schedule G, page 14 of the grant agreement.
Greenhouse gas emissions reduced.
Carbon dioxide-equivalent emissions metric tons.
Total carbon dioxide emissions metric tons per year.
Carbon dioxide emissions should be reported for the project study area based on vehicle-miles traveled (VMT) data, fuel consumption data, MOVES, or EERPAT.
Recipients should cite the model inputs or assumptions such as VMT or locomotive fuel consumption reduction in the reported data.
Quarterly.
Cargo volume
Total tons of cargo moved per year (TEUs or short tons).
Cargo volume measures the movement of freight through the project study area.
When applicable, report the total cargo volume and the volume disaggregated by type of freight (containers in TEU and bulk in tons or type of intermodal transport truck or rail).
Quarterly.
Intended beneficiary: City of Long Beach.
Subrecipient activities: None.
Awardee
Funding Goals
ASSIST IN FUNDING ELIGIBLE PROJECTS FOR THE PURPOSE OF IMPROVING THE SAFETY EFFICIENCY OR RELIABILITY OF THE MOVEMENT OF GOODS THROUGH PORTS AND INTERMODAL CONNECTIONS TO PORTS.
Grant Program (CFDA)
Awarding / Funding Agency
Place of Performance
Long Beach,
California
90802-4511
United States
Geographic Scope
Single Zip Code
Related Opportunity
City Of Long Beach was awarded
Electric Yard Tractor Project at LBCT
Project Grant 693JF72344024
worth $30,141,080
from Maritime Administration in June 2024 with work to be completed primarily in Long Beach California United States.
The grant
has a duration of 7 years 1 months and
was awarded through assistance program 20.823 Port Infrastructure Development Program.
The Project Grant was awarded through grant opportunity 2022 Port Infrastructure Development Program Grants.
Status
(Ongoing)
Last Modified 8/13/24
Period of Performance
6/24/24
Start Date
7/31/31
End Date
Funding Split
$30.1M
Federal Obligation
$0.0
Non-Federal Obligation
$30.1M
Total Obligated
Activity Timeline
Additional Detail
Award ID FAIN
693JF72344024
SAI Number
None
Award ID URI
SAI NOT APPLICABLE
Awardee Classifications
State Government
Awarding Office
69A334 MARITIME ADMINISTRATION
Funding Office
69A334 MARITIME ADMINISTRATION
Awardee UEI
DBSHZ2LVFAE6
Awardee CAGE
3KGZ9
Performance District
CA-42
Senators
Dianne Feinstein
Alejandro Padilla
Alejandro Padilla
Modified: 8/13/24