Project Developer for Sustainable EV Charging Network

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Change Drives Milestones.

About Us

The world is rapidly moving towards a low-carbon economy. Advent Energy is positioned to support U.S. energy transition infrastructure through the market deployment of microgrid-powered DCFC EV Charging Stations nationwide.

We are a project developer and renewable energy system integrator, dedicated to decarbonization through microgrid-based EV charging solutions. Our focus is twofold: building a network of DC fast charging stations for EV fueling, and retrofitting existing buildings and integrating these solutions into new developments to support building decarbonization. By reducing CO2 emissions and enhancing property value, we aim to accelerate the growth of resilient, energy-saving, and revenue-generating microgrid-powered EV charging infrastructure nationwide.

Mission

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We transform range anxiety, grid congestion, and CO2 emissions, while optimizing ESG compliance and enhancing building value.

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Business Insight


1. Pain Points of EV Charging Market

Insufficient Charger Supply

  • Low DCFC deployment rate at 18% (NREL)
  • The lack of sufficient charging stations contributes to EV owners’ “Range Anxiety”, causing delays in wider EV adoption.
  • Most DC charging stations are equipped with only 3 to 5 chargers, leading to frequent long wait times for users.
  • The infrastructure cost for DC fast chargers is 50% to 300% higher than that of traditional gas pumps, making it difficult to scale and develop more charging stations.

Immature Technology

  • 25% of DCFCs installed by CPOs are out of service. Many stations face technical issues, leading to operational downtime.
  • Failures arise in problems with power modules, network communication, and software, affecting overall reliability
  • Supply chain issues: The lack of major U.S. DC fast charger (DCFC) manufacturers has led to reliance on imported chargers, resulting in quality control inconsistencies.

Aged & Congested Grid

  • $170 Billion Annual Business Loss: This critical issue results in significant financial losses for the industry each year.
  • Most CPOs depend on outdated legacy grids, which can exacerbate grid congestion.
  • Grid congestion worsens with the increasing adoption of EVs and AI technologies.

2. Net Zero Dynamics: New Paradigm & New Opportunity

The global shift towards a low-carbon economy is accelerating, with climate change acknowledged as one of the most pressing challenges of our time. The Paris Agreement, uniting 192 nations in a historic commitment to achieve Net Zero emissions by 2050, underscores the urgency of collective action. Meeting this target will demand an estimated $194 trillion in investments by 2050 (Bloomberg NEF, McKinsey & Co.).

Electrification and decarbonization technologies are pivotal in this effort, particularly as transportation and buildings contribute significantly to global CO2 emissions, accounting for 35% and 32%, respectively.

ESG regulations increasingly mandate businesses and property owners to decarbonize their operations and real estate portfolios. Climate technologies—such as electric vehicles (EVs), battery energy storage systems (BESS), solar power, EV chargers, microgrids, and distributed energy resources (DERs)—are now critical to achieving compliance, while enhancing asset value and sustainability.

3. Climate Abnormality and Climate Technology Investment Requirement

4. Dynamic Climate Transition: Opportunity and Challenge

Partnership