soq hmv transmission lines - comprimido · 2019-05-30 · americas, participating in all of the...

PROMOTINGDEVELOPMENT

HMV Engineers is an Engineering Company part of the HELM HOLDINGS, based in Orlando, FL., with more than 55 years of successful experience in the design, consultancy, and advising in the area of electrical power, developing projects with high performance in terms of price, quality, and timing.

In the electrical sector we provide experience developed throughout our long background in the design of solutions for projects related to:

1. OVERVIEW

2. TRANSMISSION LINES EXPERIENCE

SubstationsReactive power compensation systemsTransmission linesHydro-power generationThermal-power generationIntegrated Solutions of Control and Protection SystemsPlanning and electrical studiesTesting, maintenance, and commissioning

HMV ENGINEERS LLC.TRANSMISSION LINES ENGINEERINGSTATEMENT OF QUALIFICATION / EXPERIENCE IN THE USA

HMV Engineers has gathered extensive experience in the design of H.V. Overhead Transmission Lines for utilities in different countries, having undertaken the detail design of more than 1000 miles of medium and high voltage transmission lines.

The scope of works offered includes:

TRANSMISSION LINES ENGINEERINGSTATEMENT OF QUALIFICATION / EXPERIENCE IN THE USA

Routing selection Insulation coordination Tower, insulators, and conductor selection Lightning shielding and grounding system design Civil Works design including terraing grading and foundations/footing design Profile codification Preliminary and definitive plant profile drawings Electromagnetic field calculations Relocation and definition of tower footing

HMV Engineers is an Engineering Company part of the HELM HOLDINGS, based in Orlando, FL., with more than 55 years of successful experience in the design, consultancy, and advising in the area of electrical power, developing projects with high performance in terms of price, quality, and timing.

In the electrical sector we provide experience developed throughout our long background in the design of solutions for projects related to:

3. SPECIALIZED SOFTWARE


Being a knowledge-based-firm, the engineering disciplines applied to projects development are supported on innovation and the latest available versions of specialized software. For the design of transmission lines HMV uses the following software packages:

ITEM SOFTWARE VERSION DESCRIPTION

1 PLSCADD Version 10.10 Transmission Line Design 2 SAP 2000 Version 14 Structural Analysis 3 ETABS Version 9 Structural Analysis 4 SAFE Version 8.0.7 Finite Element Design

5 BOCAD Version 22.969-b Steel Structures Workshop/Fabrication Design

6 DIgSILENT Version 13.0b213 Electrical Networks Simulator 7 ATP 7.9 ( EMTP ) Version 2005 Electromagnetic transient simulator 8 Microstation V8 - V8i Computer Aided Design 9 Intellicad 2005 2005 Computer Aided Design

During the last ten years HMV has been working in projects for different utilities and clients in the United States in the areas of substations and transmission lines, including activities such as civil works design, steel tower analysis and reinforcement design, factory acceptance tests, etc.

Some of the main projects developed in the area of Overhead Transmission Lines in the U.S. are:


4. EXPERIENCE IN THE USA

PROJECT FINAL CLIENT DATE STATE SCOPE

Engineering for Tower Line

reinforcement PGE March 2013

- Sept 2013 California Modeling, analysis, and reinforcement definition PGE transmission lines.


reinforcement First Energy June 2013

– Aug 2014 Ohio

Modeling, analysis, and reinforcement definition for different type of towers of the Galion – Longview transmission line of First Energy


reinforcement First Energy Sept 2013 –

Feb 2014 Ohio

Modeling, analysis, and reinforcement definition for different type of towers of the Bruce Mansfield – Glenwillow transmission line of First Energy


reinforcement First Energy Nov 2013 -

Jan 2014 Ohio

Modeling, analysis, and reinforcement definition for different type of towers of the Harmon - Cloverdale transmission line of First Energy


reinforcement First Energy Feb 2014 -

Aug 2014 Ohio

Modeling, analysis, and reinforcement definition for different type of towers due to the reconductoring of the Avon - Fowles , Avon - Fox and Fox - Fowles transmission lines of First Energy


reinforcement First Energy Sept 2010 -

Jan 2011 Ohio

PLS-Tower Modeling of different structures of the Keystone and Bayshore Transmission Lines


reinforcement First Energy May 2011 -

Aug 2011 Ohio

Modeling, analysis, and reinforcement definition for different type of towers of the Bayshore transmission line of First Energy


reinforcement First Energy Dec 2011 –

Mar 2012 Ohio

Modeling, analysis, and reinforcement definition for different type of towers of the Atlantic Larrabee transmission line of First Energy

Engineering for Modeling, analysis, and


PROJECT FINAL CLIENT DATE STATE SCOPE


reinforcement PGE March 2013

- Sept 2013 California Modeling, analysis, and reinforcement definition PGE transmission lines.


reinforcement First Energy June 2013

– Aug 2014 Ohio

Modeling, analysis, and reinforcement definition for different type of towers of the Galion – Longview transmission line of First Energy


reinforcement First Energy Sept 2013 –

Feb 2014 Ohio

Modeling, analysis, and reinforcement definition for different type of towers of the Bruce Mansfield – Glenwillow transmission line of First Energy


reinforcement First Energy Nov 2013 -

Jan 2014 Ohio

Modeling, analysis, and reinforcement definition for different type of towers of the Harmon - Cloverdale transmission line of First Energy



Aug 2014 Ohio

Modeling, analysis, and reinforcement definition for different type of towers due to the reconductoring of the Avon - Fowles , Avon - Fox and Fox - Fowles transmission lines of First Energy


reinforcement First Energy Sept 2010 -

Jan 2011 Ohio

PLS-Tower Modeling of different structures of the Keystone and Bayshore Transmission Lines



Aug 2011 Ohio




Mar 2012 Ohio



reinforcement Con Ed Jan 2012 -

March 2013 New York Modeling, analysis, and reinforcement definition of Con Ed transmission lines.

Tower Line reinforcement

First Energy Sept 2010 - Jan 2011 Ohio different structures of the

Keystone and Bayshore Transmission Lines



Aug 2011 Ohio




Mar 2012 Ohio







Mar 2012 Ohio







March 2013 Ohio

PLS-Tower Modeling of different structures for the reinforcement definition for different type of towers due to the reconductoring


reinforcement Duke Energy March 2012

- Sept 2012 North Carolina

PLS-CADD Tower Modeling of different structures of Transmission Lines, to verify NERC compliance


reinforcement Duke Energy May 2012 -

July 2012 North Carolina

Modeling, analysis, and reinforcement definition for different type of towers of the Hanna – West Ravenna line of Duke Energy


reinforcement Duke Energy July 2012 -

Aug 2012 North Carolina

PLS- CADD Tower Modeling of different structures of Transmission Lines, to verify NERC compliance


reinforcement Duke Energy July 2012 –

Sept 2012 North Carolina

Modeling, analysis, and reinforcement definition for different type of towers of the Cedar St. – New Castle of Duke Energy


reinforcement Duke Energy Sept 2012 -

Oct 2013 North Carolina

PLS- CADD Tower Modeling of different structures of Transmission Lines, to verify NERC compliance



Sept 2013 Ohio

PLS- CADD Tower Modeling for the reinforcement of different structures of the Mansfield – Glenwillow


One of the strongest areas of expertise of HMV is in the T&D area, composed by a group of more than 400 engineers, technicians, and drafters, in each of the different disciplines involved these types of projects.

The T&D area of HMV has developed a very well reputed name by the execution of successful substations and transmission lines projects in most of the countries of the Americas, participating in all of the stages from conceptual, through basic and detail engineering, electrical studies, testing and commissioning, and also participating in the full EPC development of transmission projects.

For the development of the transmission lines projects HMV establishes a group of engineers with experience undertaking projects in the USA, and familiar with standards of different utilities. The Group is integrated by engineers of the different practices invol-ved in the design of a high voltage transmission lines, such as electromechanical design, including tower dimensioning, grounding system, lightning shielding system, insulator strings definition, conductor selection, etc., as well as structural analysis, and civil works design.

Each of the projects undertaken by HMV is a Project Manager which, apart from coordinating every technical and administrative aspect of the project, is also the contact with the Client for its development.

Each of the disciplines are led by a highly experienced engineer, in charge of coordinating all the activities within his own group and with the other disciplines.

The main positions and names of the indicated organization are depicted in the following chart:

5. PROJECT ORGANIZATION CHART


5. PROJECT ORGANIZATION CHART

Each of these coordinators is supported by a group of highly specialized engineers with extensive experience in the development of H.V. transmission systems.

As indicated in the chart, additional from the personnel involved in the project execution, it has been defined the roles of the Client Manager, in charge of the high level relations with the Client, and also the role of the Local Technical/Commercial support.

A short description of each of the main roles and responsibilities of the group are indicated next.

One of the strongest areas of expertise of HMV is in the T&D area, composed by a group of more than 400 engineers, technicians, and drafters, in each of the different disciplines involved these types of projects.

The T&D area of HMV has developed a very well reputed name by the execution of successful substations and transmission lines projects in most of the countries of the Americas, participating in all of the stages from conceptual, through basic and detail engineering, electrical studies, testing and commissioning, and also participating in the full EPC development of transmission projects.

For the development of the transmission lines projects HMV establishes a group of engineers with experience undertaking projects in the USA, and familiar with standards of different utilities. The Group is integrated by engineers of the different practices invol-ved in the design of a high voltage transmission lines, such as electromechanical design, including tower dimensioning, grounding system, lightning shielding system, insulator strings definition, conductor selection, etc., as well as structural analysis, and civil works design.

Each of the projects undertaken by HMV is a Project Manager which, apart from coordinating every technical and administrative aspect of the project, is also the contact with the Client for its development.

Each of the disciplines are led by a highly experienced engineer, in charge of coordinating all the activities within his own group and with the other disciplines.

The main positions and names of the indicated organization are depicted in the following chart:

Structural Analysisand Design

Margarita Correa

Foundations and CivilWorks DesignAndres Velez

Margarita Correa

ElectromechanicalDesign

Carlos Ortiz


EDGAR POVEDA

Is an Electrical Engineer and serves as the Officer in Charge. Mr. Poveda has overall responsibility for the Contract for the Project and assures the project has the correct resources assigned. He supports the project manager on decisions concerning scope, schedule and budget as well as quality control.

Mr. Poveda has been with HMV for 25 years and has served in several roles such as Project Engineer, Project Director, and

RON JENSSEN

MARGARITA CORREA

Is a Civil Engineer and serves as the US Client Manager. Mr. Jenssen is the point of contact for Commercial Questions and initial project organization. He continues to follow the project through its entirety and monitors activities such as project meetings, project review meetings and quality control.

Serves as the Transmission Line Structural lead and is in charge of the group of engineers and drafters undertaking all activities related to the steel and concrete structure design.

Mrs. Correa has been with HMV for 22 years and has served as Project Coordinator and Project Director for

Engineering Director for substation projects up to 500 kV. For the last seven years has served as Vice President for Business and Strategy Development, involved in developing branches of the Company in different countries like Peru, Chile, Trinidad & Tobago, and Brazil, as well as developing business opportunities in other countries in the region, including the USA. Prior to HMV, he worked for other different Consultant Firms and Utilities.

Mr. Jenssen joined HMV as the US Business Development Manager in October 2015.

His responsibilities include maintaining client success on projects and developing new clients within the US. Prior to HMV, he worked for Burns & McDonnell for 24 years as project engineer, project manager and Vice President of Transmission.

transmission projects up to 500 kV in numerous countries like Mexico, Costa Rica, The Dominican Republic, Colombia, Trinidad & Tobago Venezuela, Peru, Chile, Brazil, etc. Mrs. Correa has been actively involved in the execution of transmission projects in the USA for the last seven years.

Engineering Director for substation projects up to 500 kV. For the last seven years has served as Vice President for Business and Strategy Development, involved in developing branches of the Company in different countries like Peru, Chile, Trinidad & Tobago, and Brazil, as well as developing business opportunities in other countries in the region, including the USA. Prior to HMV, he worked for other different Consultant Firms and Utilities.

CARLOS ORTIZ

Is the lead electromechanical designer in charge of the group of engineers and drafters undertaking all activities related to the electromechanical design of the transmission lines, including routing analysis, tower dimensioning and geometry definition, grounding and lightning protection systems, insulator strings specifications, etc.

Mr. Ortiz has worked with HMV for 36 years and has served as Project Coordinator and Project Director for transmission projects up to 500 kV in numerous countries like Mexico, Costa Rica, The Dominican Republic, Colombia, Trinidad & Tobago Venezuela, Peru, Chile, Brazil, etc.

ANDRES VELEZ

Is the civil works design engineer in charge of the group of engineers and drafters undertaking all activities related to the civil works, such as terrain grading, and foundation design.

Mr. Velez has worked for HMV for 8 years

and has served as Project Coordinator of transmission projects in several countries like, Peru, Chile, and Colombia. Mr. Velez has been involved in the execution of transmission projects in the USA for the last seven years.


Attached are the Resumes of the main support engineers

soq hmv transmission lines - comprimido · 2019-05-30 · americas, participating in all of the...

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