Ampt

Ampt: #1 Optimizer Company for Large-Scale PV Systems — Lowering LCOE and Enabling DC-Coupled Storage Globally Since 2007

Ampt is a recognized leader in PV power technology, delivering innovative power conversion and communication technology that lowers the cost and improves the performance of large-scale PV systems. Founded in 2007 and headquartered in Fort Collins, Colorado, Ampt is privately held with sales and support locations in North America, Europe, Japan, and Australia, as well as representation in Asia and the Middle East. Ampt’s technology is used to lower the cost and improve performance of new PV systems, repower existing systems, and enable lower-cost DC-coupled storage. With installations and experience serving markets around the world, Ampt is the #1 optimizer company for large-scale systems.

Ampt at Intersolar Europe Munich: Presenting String-Level Optimization for Utility-Scale Solar and Storage Projects

Intersolar Europe Munich, the world’s leading exhibition for the solar industry, provides Ampt with a strategic platform to present its DC power optimization and communication technology to European utility-scale project developers, EPC contractors, asset owners, and storage integrators. Located in Hall B3, Booth 133, Ampt will showcase its patented optimizer technology for new PV systems, repowering applications, and DC-coupled storage integration. The company’s participation focuses on demonstrating how Ampt optimizers lower total system cost while increasing lifetime performance on new builds, maximize annual project revenue when repowering existing systems, and enable low-cost DC-coupled storage — critical requirements for European utility-scale solar projects seeking the lowest levelized cost of energy (LCOE).

Three Core Applications: Optimize New PV, Repower Existing Systems, Enable DC-Coupled Storage

Ampt’s technology platform addresses three distinct market segments across the utility-scale solar project lifecycle:

Optimize New PV Systems : Ampt optimizers lower total system cost while increasing lifetime performance on new builds. By providing system-level optimization, Ampt enables project developers to reduce balance-of-system costs while increasing energy harvest — directly reducing LCOE for utility-scale solar projects.

Repower Existing PV Systems : Upgrading existing PV systems with Ampt optimizers maximizes annual project revenue. As existing utility-scale plants age and underperform due to module mismatch, degradation, and component failures, Ampt optimizers can recover lost generation and extend project useful life — often improving performance beyond original specifications.

DC-Coupled Storage : Ampt optimizers are storage-ready and enable low-cost DC-coupled storage. By integrating PV and battery storage on the DC side of the inverter, Ampt reduces conversion losses and equipment costs compared to AC-coupled alternatives — improving round-trip efficiency and project returns for solar-plus-storage installations.

Patented Technology: Optimal Boundaries for Voltage and Current on Each DC Power Optimizer

Ampt has a growing portfolio of patents granted in all major markets, uniquely enabling optimal boundaries for voltage and current on the output of each DC power optimizer. Key technological advantages include:

Patented optimization algorithms : Ampt’s technology recovers losses caused by electrical imbalances (mismatch) between modules, strings, and arrays — a common performance drag in utility-scale systems where module degradation, soiling, temperature differences, and manufacturing variation create electrical mismatch across thousands of modules.

System-level optimization : Unlike module-level optimizers focused on per-panel performance, Ampt’s string-level approach optimizes entire strings of modules simultaneously, reducing component count, installation complexity, and system cost for utility-scale projects with thousands of modules.

Superior field-performance results : Systems with Ampt optimizers outperform those without Ampt by recovering mismatch losses that would otherwise be permanently lost over the 25+ year project lifetime. Independent third-party testing validates these performance advantages under real-world operating conditions.

Wireless communication : String-level data from Ampt DC optimizers enhances operations and maintenance capabilities, enabling remote performance monitoring, rapid fault detection, and targeted maintenance deployment — reducing O&M costs and improving asset uptime.

Product Quality and Reliability: ISO/TL 9000, IPC Class III, Six-Sigma Manufacturing

Ampt is committed to delivering products that exceed all standard metrics of reliability and performance for similar products. The company invests heavily to ensure product performance through extensive testing, including independent evaluation by third parties. Manufacturing quality is ensured through:

ISO/TL 9000 operating standards : Telecommunications quality management standard specific to the communications components integrated into Ampt optimizers.

IPC Class III workmanship standards : The highest classification for electronic assemblies, reserved for products where continued high performance and uptime is essential — including aerospace, military, and critical infrastructure applications.

Six-Sigma operating principles : Data-driven quality management methodology targeting defect reduction and process improvement.

Formal operational audit programs and reporting : Regular third-party and internal audits ensuring manufacturing consistency and quality compliance.

Continuous quality improvement teams : Dedicated cross-functional teams focused on identifying and eliminating quality issues across the product lifecycle.

Operational Excellence Management System (OEMS) : Integrated management system aligning operations, quality, safety, and continuous improvement.

For European utility-scale project developers and asset owners, Ampt’s quality certifications provide documented evidence of manufacturing maturity and long-term reliability — critical for project financing and insurance underwriting.

DC-Coupled Storage: Enabling Lower-Cost Solar-Plus-Storage Integration

Ampt’s optimizer technology is storage-ready, enabling low-cost DC-coupled storage. Key advantages over conventional AC-coupled storage include:

Fewer conversion steps : DC-coupled storage eliminates the DC-to-AC and then AC-to-DC conversion steps required by AC-coupled systems. PV generation charges batteries directly on the DC bus, reducing conversion losses by approximately 3-5% per direction — a significant efficiency improvement for projects with frequent battery cycling (daily charge/discharge).

Lower equipment costs : DC-coupled storage eliminates the need for separate battery inverters, using the existing solar inverter for both PV and battery power conversion — reducing capital costs for solar-plus-storage projects.

Simplified controls and communication : Ampt’s wireless communication provides unified monitoring and control for both PV and storage assets through a single platform, reducing integration complexity.

For European project developers responding to grid requirements for dispatchable renewable energy, Ampt’s DC-coupled storage solution provides a cost-effective pathway to add battery storage to existing or new PV installations.

Monitoring and O&M: High-Accuracy Synchronous Performance Data from DC Optimizers

Ampt provides high-accuracy synchronous performance data from DC optimizers, enabling enhanced operations and maintenance capabilities for utility-scale asset owners:

String-level data : Performance metrics at the string level enable rapid identification of underperforming sections of the array without installing module-level monitoring on every panel — balancing data granularity with system cost.

Wireless communication : Eliminates communication wiring costs and simplifies installation for large-scale projects spanning hundreds of acres.

Real-time performance alerts : Automated notifications for string-level underperformance, mismatch events, or component failures — enabling rapid O&M response and minimizing generation losses.

Historical performance tracking : Long-term data trending supports degradation analysis, warranty claims, and asset valuation.

Leadership Team: Decades of Experience in Solar and Power Electronics

Ampt’s leadership team has extensive experience operating and growing successful technology companies in the solar and power electronics industries. The executive team includes CEO Aaron Gomolak, Chief Scientist Anatoli Ledenev (Ampt founder), VP Engineering Fernando Tomasel, VP Global Operations Chris Sjerven, VP Global Sales Mary Adam, and VP Strategic Marketing Mark Kanjorski. The board of directors includes founder Doug Schatz (Chairman), Joseph Zimlich, David Diehl, and Levent Gun (CEO Emeritus).

Global Presence: Serving Utility-Scale Projects Across North America, Europe, Asia, Australia, Middle East

Ampt has established sales and support locations in North America, Europe, Japan, and Australia as well as representation in Asia and the Middle East. This global footprint enables local support for major utility-scale projects across multiple continents, including European solar markets such as Spain, Germany, France, Italy, Poland, and the UK. For European project developers, Ampt’s established European presence ensures local technical support, warranty service, and regulatory compliance expertise.

Target Clients: Utility-Scale Project Developers, EPC Contractors, Asset Owners, and Storage Integrators

Ampt serves multiple client segments within the utility-scale solar and storage industry:

Project developers of 5 MW+ utility-scale solar : Optimizers to lower LCOE, reduce balance-of-system costs, and improve energy harvest.

EPC contractors for large-scale PV and solar-plus-storage : String-level optimization reducing installation time, component count, and total project cost.

Asset owners and independent power producers (IPPs) : Repowering solutions to extend project life and maximize annual revenue; DC-coupled storage integration for new dispatchable renewable assets.

Storage integrators and BESS developers : DC-coupled architecture reducing conversion losses and equipment costs for solar-plus-storage projects.

Investment funds and project financiers : Bankable technology with documented reliability, third-party testing, and quality certifications supporting project financing.

Engaging with Ampt at Intersolar Europe Munich

At its Intersolar Europe booth (Hall B3, Booth 133), Ampt representatives will present optimizer technology for new builds, repowering, and DC-coupled storage applications. The exhibit is designed for technical dialogue with utility-scale project developers, EPC contractors, asset owners, and storage integrators seeking to lower LCOE, increase performance, and enable cost-effective solar-plus-storage integration. All formal business inquiries are directed through Ampt’s established B2B channels.

Professional Resources and Further Information

For strategic context on the world’s leading solar industry trade fair, review the Intersolar Europe Munich Trade Fair Overview.
To explore Ampt’s complete power optimization portfolio, technical specifications, and DC-coupled storage solutions, visit the official Ampt website.

Frequently Discussed Topics Regarding Ampt

• What is Ampt’s core business and market position?
  Ampt delivers power conversion and communication technology for large-scale PV systems, repowering, and DC-coupled storage. The company is the #1 optimizer company for large-scale systems, serving utility-scale projects globally.
• When and where was Ampt founded?
  Ampt was founded in 2007 and is headquartered in Fort Collins, Colorado, USA, with sales and support locations in North America, Europe, Japan, Australia, Asia, and the Middle East.
• What are Ampt’s three core applications?
  Optimize new PV systems (lower LCOE, higher performance), repower existing PV systems (maximize annual revenue), and enable DC-coupled storage (lower cost storage integration).
• What is DC-coupled storage and why does it matter?
  DC-coupled storage integrates PV and batteries on the DC side of the inverter, reducing conversion losses (3-5% per direction) and eliminating battery inverters — lowering capital costs and improving round-trip efficiency for solar-plus-storage projects.
• What quality certifications does Ampt hold?
  ISO/TL 9000, IPC Class III workmanship standards, Six-Sigma operating principles, formal operational audit programs, continuous quality improvement teams, and an Operational Excellence Management System (OEMS).
• How does Ampt’s optimization technology differ from module-level optimizers?
  Ampt provides string-level optimization rather than module-level, reducing component count and system cost for utility-scale projects with thousands of modules while still recovering mismatch losses across the array.
• What is Ampt’s patent portfolio?
  Ampt has a growing portfolio of patents granted in all major markets, enabling optimal boundaries for voltage and current on the output of each DC power optimizer.
• Why is Intersolar Europe a strategic platform for Ampt?
  Intersolar Europe is the world’s leading solar industry trade fair, attracting European utility-scale project developers, EPC contractors, and asset owners seeking to lower LCOE, add DC-coupled storage, and repower existing assets — exactly Ampt’s target market.
• How can a project developer or EPC contractor partner with Ampt?
  Professional partnership inquiries should be directed through the official B2B channels on the Ampt website or by connecting with the team at Intersolar Europe 2026 (Hall B3, Booth 133).