Tigo Access Point (TAP)
The Tigo Access Point (TAP) wirelessly connects with Tigo Flex-MLPE to enable module level monitoring when paired with the CCA
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Tigo Access Point (TAP)
Description
The Tigo Access Point (TAP) improves the data management of your solar system through seamless communication with Tigo Smart modules and retrofit devices. TAP significantly improves the level of security at module level deactivation. Combined with a Cloud Connect Advanced (CCA), the TAP offers unsurpassed insights into your PV system.
Functions
- Access point that pairs with the CCA for use with TS4-A-O, TS4-A-S, and TS4-A-M
Features and benefits
- Wirelessly communicates directly with TS4 units
- Easy installation on the module frame without tools
- Use the Tigo SMART App on a mobile device for quick startup
- When paired with the Cloud Connect Advanced (CCA), enables wireless module level monitoring
Configuration
Required
CCA + TAP
Additional resources
Videos
TS4 Flex MLPE - Overview
Tigo Cloud Connect Advanced (CCA) and Tigo Access Point (TAP) - Overview
Downloads
To view all Tigo downloads, click here
Technical Documentation
Quick Start Guide: TS4-A-O/S/M with TAP and CCA
Quick Start Guide: Tigo EI App - Guide to Creating A New System
Marketing Materials
Brochure / Flyer: Rapid Shutdown Solutions Brochure
Brochure / Flyer: Reclaimed Energy Flyer - North America
Brochure / Flyer: Tigo Commercial & Residential Flyer - North America
Brochure / Flyer: Tigo Energy Intelligence (EI) Monitoring Brochure
Case Study: Safe and Efficient Floating Solar Systems with Tigo MLPE
Case Study: A home solar array with five orientations in the Netherlands
Case Study: Early solar adopter chooses Tigo TS4 - with or without rooftop shading
Case Study: German Car Dealer Embraces Tigo Optimizers for E-Car Fleet Charging
Case Study: Minimizing BOS Costs on a Curved Roof Design
Case Study: Module-level monitoring benefits abound after a decade of rooftop solar generation
Case Study: Optimizers added to existing US residential array
Case Study: Optimizers at a temple with a unique roofline
Case Study: Optimizers maximize output for an Australian eco resort
Case Study: Output of array in Japan increases 7% when Tigo optimizers are installed
Case Study: Remedying Mismatch & Shading with Tigo
Case Study: Solar installer chooses Tigo for his large home system
Case Study: Tigo optimizers enable maximum solar capacity despite multi-angle restaurant roof
Case Study: Tigo optimizers enable project where “50% of the roof was unusable” due to shading
Case Study: Tigo optimizers maximize home solar production across seven roof orientations
System diagram
Equipment
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