Electrical Tenders

Description: Supply of Electrical Energy for the Buildings, Facilities, Offices and Public Lighting of the City Council of Vera,

Description: Low Voltage Electrical Installation of Finca El Helecho, Tm de Arico

Description: Supply of Various Electrical Material for the Madrid Deep Space Communications Complex (mdscc)

Details: Nasa’s Technology Transfer Program Solicits Inquiries From Companies Interested In Obtaining License Rights To Commercialize, Manufacture And Market The Following Technology. License Rights May Be Issued On An Exclusive Or Nonexclusive Basis And May Include Specific Fields Of Use.nasa Provides No Funding In Conjunction With These Potential Licenses. the Technology: this Innovation Builds Off Of Nasa Langley Research Center's Sansec Sensing System. Sansec Is An Open-circuit, Resonant Sensor That Needs No Electrical Connections (thus The Name Sansec Or "without Electrical Connection"). This Technology Combines The Sansec Circuit With A Magnetic Field Reader To Allow For Detection Of Magnetic Or Electric Field Changes To Produce A Spectroscopy Readout. this Technology Is A Method Of Identifying Material Anomalies And Defects On Or Within A Material By Observing And Quantifying How A Localized Change In Either Conductivity, Permeability Or Permittivity Changes The Responding Electric Field And Magnetic Fields. This Approach Has Many Advantages Over Typical Spectroscopy Methods, Particularly Because Typical Methods Only Measure Changes In The Electric Field. This Advancement Will Allow For Potentially Deeper Detection Of A Material's Abnormalities/defects (including Subsurface Measurements) With Limited Electrical Requirements. The Technology Has Applications As Diverse As Medical Oncology Screenings Or Surface Measurements Of Aeronautic Skins. Another Promising Application Is Bore Hole Geological Spectroscopy. In Such An Application, An Array Of Sensors Could Be Embedded Into Bore Hole Drills For Exploratory Deep Wells. As The Drill Tooling Slides Past The Bore Hole Wall, Spectroscopic Sampling Of The Side Walls Reveals Important Dielectric Property Information That Is Highly Useful To Prospectors And Geologists In Determining The Probability Of Specific Resources That May Exist In The Subterranean Geology. to Express Interest In This Opportunity, Please Submit A License Application Through Nasa’s Automated Technology Licensing Application System (atlas) By Visitinghttps://technology.nasa.gov/patent/lar-tops-192 if You Have Any Questions, Please E-mail Nasa’s Technology Transfer Program Atagency-patent-licensing@mail.nasa.govwith The Title Of This Technology Transfer Opportunity As Listed In This Sam.gov Notice And Your Preferred Contact Information. For More Information About Licensing Other Nasa-developed Technologies, Please Visit The Nasa Technology Transfer Portal Athttps://technology.nasa.gov/ these Responses Are Provided To Members Of Nasa’s Technology Transfer Program For The Purpose Of Promoting Public Awareness Of Nasa-developed Technology Products, And Conducting Preliminary Market Research To Determine Public Interest In And Potential For Future Licensing Opportunities.no Follow-on Procurement Is Expected To Result From Responses To This Notice.

Details: Nasa’s Technology Transfer Program Solicits Inquiries From Companies Interested In Obtaining License Rights To Commercialize, Manufacture And Market The Following Technology. License Rights May Be Issued On An Exclusive Or Nonexclusive Basis And May Include Specific Fields Of Use.nasa Provides No Funding In Conjunction With These Potential Licenses. the Technology: nasa's Langley Research Center Researchers Have Developed A Wireless, Open-circuit Sansec [sans Electrical Connections] Sensor That Can Detect The Presence Of Chemicals Without Being In Contact With The Chemical It Is Detecting. This Unique Thin-film Sensor Is Used In Conjunction With A Chemical Reactant That Detects The Presence Of The Chemical. Because Of The Way The Sensor Operates, The Reactant Can Be Separated From The Sensor Itself And Placed In Caustic Or Harsh Environments, And Can Still Work To Detect The Specific Chemical It Was Designed To Discern. The Ingenuity Of The Thin-film Design With The Elimination Of All Wires, Connections, And Electronic Components Enables The Sensors To Be Produced Cost-effectively. This Is An Application Of The Nasa Award-winning Sansec Sensor, Which Is Damage Resilient And Environmentally Friendly To Manufacture And Use. The Sensors Use A Nasa Award-winning Magnetic Field Response Recorder To Provide Power To The Sensors And To Acquire Physical Property Measurements From Them. the Sansec Sensor Is An Open Circuit Without Electrical Connections, Which Functions As An Electrical Simple Harmonic Oscillator When Exposed To A Harmonic Magnetic Field. Its Response Is Dependent Upon The Measured Physical Property. It Consists Of A Uniquely Designed Thin-film Electrically Conductive Geometric Pattern That Stores Energy In Both Electric And Magnetic Fields. When Wirelessly Interrogated Using The Nasa Developed Magnetic Field Response Recorder (u.s. Patent Number 7,159,774), The Sensor Becomes Electrically Active, And A Chemical Reactant Works In Tandem With The Thin-film Trace. If The Chemical Is Present, It Causes A Change To The Reactant, Resulting In An Alteration To The Sensors Magnetic Field Response Attributes. This Change Is Noted Electronically By The Magnetic Field Response Recorder. to Express Interest In This Opportunity, Please Submit A License Application Through Nasa’s Automated Technology Licensing Application System (atlas) By Visitinghttps://technology.nasa.gov/patent/lar-tops-76 if You Have Any Questions, Please E-mail Nasa’s Technology Transfer Program Atagency-patent-licensing@mail.nasa.govwith The Title Of This Technology Transfer Opportunity As Listed In This Sam.gov Notice And Your Preferred Contact Information. For More Information About Licensing Other Nasa-developed Technologies, Please Visit The Nasa Technology Transfer Portal Athttps://technology.nasa.gov/ these Responses Are Provided To Members Of Nasa’s Technology Transfer Program For The Purpose Of Promoting Public Awareness Of Nasa-developed Technology Products, And Conducting Preliminary Market Research To Determine Public Interest In And Potential For Future Licensing Opportunities.no Follow-on Procurement Is Expected To Result From Responses To This Notice.

Details: Nasa’s Technology Transfer Program Solicits Inquiries From Companies Interested In Obtaining License Rights To Commercialize, Manufacture And Market The Following Technology. License Rights May Be Issued On An Exclusive Or Nonexclusive Basis And May Include Specific Fields Of Use.nasa Provides No Funding In Conjunction With These Potential Licenses. the Technology: nasa Langley Research Center Has Developed A Method For Exfoliating Commercially Available Hexagonal Boron Nitride (hbn) Into Nanosheets A Few Atomic Layers Thick. Currently Hbn Has Limited Use Because It Is Insoluble With Limited Dispersibility, Despite Hbn Having Excellent Thermal Conductivity And Electrical Insulation. Langleys Novel Method Provides For Exfoliated Hbn Nanosheets That Are Soluble Or Suspendable In A Variety Of Solvents, Allowing For Their Bulk Preparation And Incorporation Into Composites, Coatings, And Films. the Invented Method Involves Mechanical Breakdown Of Large Hbn Particles Followed By Chemical Functionalization To Achieve Exfoliation Of The Hbn Sheets. The Exfoliated H- Nanosheets Are Of Mono- Or Few Atomic Layers Thick, And Dispersible (or Suspendable, Soluble) In Common Organic Solvents And/or Water, Depending Upon The Nature Of The Functionalities. The Functionalities Can Be Subsequently Removed By Thermal Treatment, With The Hbn Nanostructures Remaining Intact And Exfoliated. to Express Interest In This Opportunity, Please Submit A License Application Through Nasa’s Automated Technology Licensing Application System (atlas) By Visitinghttps://technology.nasa.gov/patent/lar-tops-131 if You Have Any Questions, Please E-mail Nasa’s Technology Transfer Program Atagency-patent-licensing@mail.nasa.govwith The Title Of This Technology Transfer Opportunity As Listed In This Sam.gov Notice And Your Preferred Contact Information. For More Information About Licensing Other Nasa-developed Technologies, Please Visit The Nasa Technology Transfer Portal Athttps://technology.nasa.gov/ these Responses Are Provided To Members Of Nasa’s Technology Transfer Program For The Purpose Of Promoting Public Awareness Of Nasa-developed Technology Products, And Conducting Preliminary Market Research To Determine Public Interest In And Potential For Future Licensing Opportunities.no Follow-on Procurement Is Expected To Result From Responses To This Notice.

Details: This Is A Request For Information (rfi) Only - This Rfi Is Issued Solely For Information And Planning Purposes - It Does Not Constitute A Request For Proposal (rfp) Or A Promise To Issue An Rfp In The Future. Responses Will Be Treated As Information Only And Will Not Be Used As A Proposal. Solicitations Are Not Available At This Time. requests For A Solicitation Will Not Receive A Response. This Notice Does Not Constitute A Commitment By The United States Government To Contract For Any Supply Or Service Whatsoever. All Information Submitted In Response To This Announcement Is Voluntary; The United States Government Will Not Pay For Information Requested Nor Will It Compensate Any Respondent For Any Cost Incurred In Developing Information Provided To The United States Government. All Information Received In Response To This Rfi That Is Marked Proprietary Will Be Handled Accordingly. Responses To This Rfi That Indicate That The Information Therein Is Proprietary, Or Represents Confidential Business Information, Will Be Received And Held In Confidence. Not Responding To This Rfi Does Not Preclude Participation In Any Future Rfp, If Any Is Issued. If A Solicitation Is Released, It Will Be Synopsized In The Same Manner As This Notice. It Is The Responsibility Of The Potential Offerors To Monitor This Site For Additional Information Pertaining To This Requirement. the Government Reserves The Right To Follow Up On A One-on-one Basis With Rfi Respondents To Gain Additional Information Or Clarity About Information Submitted. the Army Contracting Command - Aberdeen Proving Ground (acc-apg), Tobyhanna Division, Is Conducting This Rfi In Order To Identify Potential Small Businesses That Possess The Expertise, Capabilities And Experience To Support An Indefinite Delivery Indefinite Quantity (id/iq) Multiple Award Task Order Contract (matoc), For Real Property Maintenance, Alterations, And Repair Of Minor Construction At The Installation Level For Tobyhanna Army Depot, 11 Hap Arnold Boulevard, Tobyhanna Pa 18466. general Requirements: the Government Is Seeking To Identify Potential Small Business Concerns Capable Of Satisfying This Complete Requirement At The Prime Contractor Level Under Naics Code 236220 (size Standard $45.0m). The Current Idiq Will Expire On 28 September 2026. potential Small Business Concerns Should Be Able To Provide Basic Facility Maintenance, Repair And Minor Construction Work. Orders Will Primarily Include Construction, Repair And Maintenance Projects But May Also Include Projects Involving A Variety Of Trades Or Design-build Construction Services. Typical Work Includes But Is Not Limited To Interior And Exterior Renovations, Heating And Air-conditioning, Hvac Controls, Plumbing, Fire Suppression, Interior And Exterior Electrical And Lighting, Fire And Intrusion Alarms, Communications, Limited Utilities, Site-work, Landscaping, Fencing, Masonry, Roofing, Concrete, Asphalt Paving, Storm Drainage, Limited Environmental Remediation, Construction Of New Facilities, Surveys, Studies, Design-build And Other Related Work. potential Small Business Concerns Are Requested To Provide Information Of Their Firm’s Quality Management System Such As, Iso 9000 Certification, Their American Welding Society (aws) D1.1, (aws) D1.2 And (aws) D1.6 Certifications And Any Other Certifications. point Of Contact For Questions Regarding This Rfi And All Responses: justin Marino Contract Specialist Email: Justin.m.marino2.civ@army.mil complete Written Responses To This Rfi Addressing The General Requirement Capabilities Are To Be Submitted To The Above Referenced E-mail Address No Later Than October 31 2025 @3:30 Est. Respondents Should Include The Following Business Information With The Rfi Response: company Name; company Address; point Of Contact; telephone Number; e-mail Address; company Cage Code/uei: primary Naics; business Size; current Registration In Sam; web Page Address. disclaimer “this Rfi Is For Informational Purposes Only. This Is Not A “request For Proposal (rfp)” To Be Submitted. It Does Not Constitute A Solicitation And Shall Not Be Construed As A Commitment By The Government. Responses In Any Form Are Not Offers And The Government Is Under No Obligation To Award A Contract As A Result Of This Announcement. No Funds Are Available To Pay For Preparation Of Responses To This Announcement. Any Information Submitted By Respondents To This Technical Description Is Strictly Voluntary. Respponses Will Not Be Returned To The Responder. Not Responding To This Notice Does Not Preclude Participation In Any Future Request For Quote (rfq) Or Invitation For Bid (ifb) Or Rfp, If Any Issued. If A Solicitation Is Released, It Will Be Synopsized On The Government-wide Point Of Entry (gpe). It Is The Responsibility Of Potential Offerors To Monitor The Gpe For Additional Informmation Pertaining To This Requirement.”

Details: Nasa’s Technology Transfer Program Solicits Inquiries From Companies Interested In Obtaining License Rights To Commercialize, Manufacture And Market The Following Technology. License Rights May Be Issued On An Exclusive Or Nonexclusive Basis And May Include Specific Fields Of Use.nasa Provides No Funding In Conjunction With These Potential Licenses. the Technology: nasa Langley Research Center's Electric Field Imaging (efi) System Is The Only Noncontact Method Capable Of Quantitatively Measuring The Magnitude And Direction Of Electrostatic Fields In Near- And Far-field Applications. Based On Low-cost, Commercially Available Components, The Efi System Uses Measurement Of Very Low-current, Human-safe Electric Fields To Construct A Three-dimensional Image Of Objects And People Based On Their Dielectric Properties. This Platform Technology, Originally Developed For Measurement Of The Efficacy Of Electrical Shielding Around Cables, Could Be Optimized For A Variety Of Applications, Including Medical Imaging, Security And Detection, Weather And Natural Disaster Prediction, And Nondestructive Evaluation Of Composites And Insulators. The Efi System Has The Potential To Offer A Lower-cost, Portable, And Safer Alternative To The Imaging Systems Currently Used In These Applications. the Efi Imaging Platform Consists Of A Sensor Array, Processing Equipment, And An Output Device. By Registering Voltage Differences At Multiple Points Within The Sensor Array, The Efi System Can Calculate The Electrical Potential At Points Removed From The Sensor. Using Techniques Similar To Computed Tomography, The Electrical Potential Data Can Be Assembled Into A Three-dimension Map Of The Magnitude And Direction Of Electric Fields. Since Objects Interact With Electric Fields Differently Based On Their Shape And Dielectric Properties, This Electric Field Data Can Then Be Used To Understand Shape, Internal Structure, And Dielectric Properties (e.g., Impedance, Resistance) Of Objects In Three Dimensions. The Efi Sensor Can Be Used On Its Own To See Electric Fields Or Image Electric Fieldemitting Objects Near The Sensor (e.g., To Evaluate Leakage From Poorly Shielded Wires Or Casings). For Evaluation Of Objects That Do Not Produce An Electric Field, Nasa Has Developed Generator That Emits A Low-current, Human-safe Electrostatic Field For Snapshot Evaluation Of Objects. Additionally, An Alternative Efi System Optimized To Evaluate Electric Fields At Significant Distances (greater Than 1 Mile) Is Being Developed For Weather-related Applications. to Express Interest In This Opportunity, Please Submit A License Application Through Nasa’s Automated Technology Licensing Application System (atlas) By Visitinghttps://technology.nasa.gov/patent/lar-tops-116 if You Have Any Questions, Please E-mail Nasa’s Technology Transfer Program Atagency-patent-licensing@mail.nasa.govwith The Title Of This Technology Transfer Opportunity As Listed In This Sam.gov Notice And Your Preferred Contact Information. For More Information About Licensing Other Nasa-developed Technologies, Please Visit The Nasa Technology Transfer Portal Athttps://technology.nasa.gov/ these Responses Are Provided To Members Of Nasa’s Technology Transfer Program For The Purpose Of Promoting Public Awareness Of Nasa-developed Technology Products, And Conducting Preliminary Market Research To Determine Public Interest In And Potential For Future Licensing Opportunities.no Follow-on Procurement Is Expected To Result From Responses To This Notice.

Details: Nasa’s Technology Transfer Program Solicits Inquiries From Companies Interested In Obtaining License Rights To Commercialize, Manufacture And Market The Following Technology. License Rights May Be Issued On An Exclusive Or Nonexclusive Basis And May Include Specific Fields Of Use.nasa Provides No Funding In Conjunction With These Potential Licenses. the Technology: nasa Langley Research Center Has Developed A Wind Event Warning Technology Providing A Practical Early Warning System (5-10 Minutes) For A Severe Change In The Wind Vector. Events Such As Gusts, Shear, Microbursts Or Thunderstorm Outflows Can Be Detected In Time To Prevent Damage To Wind Turbines Or Help Airports Prevent Damage To Aircraft. Further, An Alternative Power Source Could Be Ramped Up Or Down As Needed To Accommodate The Power Draw In The Electrical Grid. the Wind Event Warning System (wews) Is High-energy Doppler Lidar Sensor That Measures Approaching Changes Of Wind Such As An Oncoming Variation Of Wind Speed That Will Change The Power Output Of A Wind Farm. Different From Low-energy, The High-energy Doppler Lidar Has The Energy To Reach The Long Distances Necessary To Provide Adequate Warning Time Of A Wind Event. With The Time Provided By Wews, The Blades Of A Wind Turbine Could Be Feathered To Prevent Strong Wind From Damaging The Turbine. In Addition, Airports Could Use Wews To Protect Aircraft From Sudden Wind Hazards. to Express Interest In This Opportunity, Please Submit A License Application Through Nasa’s Automated Technology Licensing Application System (atlas) By Visitinghttps://technology.nasa.gov/patent/lar-tops-229 if You Have Any Questions, Please E-mail Nasa’s Technology Transfer Program Atagency-patent-licensing@mail.nasa.govwith The Title Of This Technology Transfer Opportunity As Listed In This Sam.gov Notice And Your Preferred Contact Information. For More Information About Licensing Other Nasa-developed Technologies, Please Visit The Nasa Technology Transfer Portal Athttps://technology.nasa.gov/ these Responses Are Provided To Members Of Nasa’s Technology Transfer Program For The Purpose Of Promoting Public Awareness Of Nasa-developed Technology Products, And Conducting Preliminary Market Research To Determine Public Interest In And Potential For Future Licensing Opportunities.no Follow-on Procurement Is Expected To Result From Responses To This Notice.

Description: Work Contract for the "Electrical Installation Project for the Replacement of Existing Luminaires with Low Consumption Luminaires" at the Eivissa Fairgrounds.