Organizations includes NASA Langley Research Center, Terry Boston, LLC, the International Brotherhood of Electrical Workers, the National Electrical Contractors Association, the Electrical Training Institute, U.S. Green Building Council, NREL, California Energy Alliance, RMS Energy Consultant, and many other highly influential stakeholders.

The principles of AC and DC power within ADC systems are fundamentally similar in terms of performance and operation. ADC's patented technology allows for the seamless integration of both types of power within existing building infrastructure.

ADC optimize energy use and minimize waste. Our direct DC solutions reduce the need for multiple conversions, significantly lowering energy losses and emissions. Additionally, ADC supports renewable energy adoption, such as solar power, decreasing reliance on fossil fuels and reducing greenhouse gas emissions. This commitment to environmental responsibility fosters a cleaner, more sustainable future for all.

ADC adheres to strict guidelines and building code regulations to ensure the safety of its operations. We are committed to advancing professional development and complying with building and safety standards. ADC products are certified by major third-party labs, such as UL, guaranteeing their safety, reliability, and compliance with established protocols.

To specify the ADC system, we need details about the total load it will be supporting. For instance, if the project involves direct DC lighting and controls, we require the total load capacity to design and scale the ADC system to meet lighting load demands. The same applies to other applications and peripherals, such as solar energy systems.

ADC enables businesses and facilities to generate and manage their own power, creating opportunities for cost savings and potentially generating revenue through excess energy and achieving utility independence.

Yes, the ADC Power Control System incorporates load-shifting technology, allowing ADC circuits to utilize battery power during peak hours. Direct DC systems also offer significant efficiency advantages over AC systems, with gains of up to 17% at each conversion point when switching from AC to DC.

Contact us today! Just as a mighty tree begins as a small seed and grows into something substantial and fruitful, we believe great things start with a simple conversation.

ADC is installed and operational at the largest electrical institute, Electrical Training Institute (ETI), demonstrating direct DC lighting and controls with battery electrification and solar integration. Additionally, ADC is in use at NASA Langley Research Center for the verification and validation of its viability for space applications. With installations in Korea and the UK, ADC ensures our system's global functionality and reliability. As Published and Validated with NASA: https://ntrs.nasa.gov

“ADC” Energy is “hybrid” power management where AC and DC co-exist and operate on existing wires to energize AC and DC loads simultaneously without inversion or conversion ripples.

It serves as a bridge between traditional AC power and modern, renewable DC power, facilitating a smoother transition and better utilization of renewable energy.

The future is DC, with numerous applications set to rely on direct DC technology. By embracing ADC today, you position yourself ahead of the curve, ready to harness the benefits of this advancing technology. Energize your systems now to stay at the forefront of innovation and efficiency.

ADC provides access to both AC and DC power. AC power will continue to energize your existing AC assets as usual, while DC power will directly power DC devices and equipment, eliminating the need for traditional conversion processes. For example, direct DC48V lighting and controls, and direct DC48V HVAC systems.

ADC Energy can enhance existing infrastructure by improving efficiency and stability without requiring extensive overhauls, thereby maximizing the use of current assets.

ADC supports the use of both AC and DC power. Since renewable energy sources are inherently DC, there is no need for inversion or conversion to utilize DC power. This approach eliminates the risks of harmonics previously introduced into buildings and the grid. Enabling a seamless pathway towards renewable energy.

The primary benefits include increased efficiency, enhanced safety, reduced energy conversion needs, improved voltage stability, and better integration with renewable energy sources. As technology continues to shift toward direct DC, your building remains future proof.

This involves assessing the site and inspecting equipment, verifying installation and connections, powering up and checking performance, ensuring safety features are functioning, and completing documentation and user training. Finally, a compliance check ensures everything meets local codes and regulations. This process is executed by ADC partners, including the IBEW and NECA, two of the largest electrical organizations in the US.

The ADC Power Control System features an AI algorithm that seamlessly switches between utility and renewable power sources. When solar energy is at its peak, the system prioritizes it for peak shaving and load shifting, optimizing performance and savings. The utility power serves only as a backup when solar energy is not at its optimal level.

ADC PCS uses advanced sensors to continuously monitor and adjust power flows throughout the circuit, ensuring optimal load management and power quality.

The ADC system selectively energizes designated circuits, leaving AC-based loads uninterrupted and functioning normally. Specifically, ADC powers direct DC circuits such as lighting, controls, and HVAC systems, which are ready for the market. Upcoming applications include data centers and EV chargers.

Safety protocols are developed through risk assessments, adherence to industry standards, and the implementation of protective measures and emergency procedures.

Mitigating harmonics enhances overall efficiency in energy transmission.

Voltage stability is ensured through precise control mechanisms and real-time monitoring, which continuously adjust power flows to prevent fluctuations. The system is designed to detect any abnormalities and automatically alert or adjust settings to maintain optimal performance.

The ADC system allows for the simultaneous use of both AC and DC power. As applications transition to DC, your AC assets continue to operate seamlessly. It’s not a choice between one or the other; it’s an integration of both.

The ADC Power Control System is only slightly larger than a standard AC power panel, making it easy to integrate into buildings with a compact footprint. It can be mounted on walls or racks to suit various design requirements.

ADC is both input and battery agnostic, meaning it is compatible with any battery solution that meets its parameters. ADC’s real-time controls interface with the Battery Management System (BMS) to ensure optimal performance, whether for consistent operation or rapid discharge.

Challenges include ensuring compatibility with existing infrastructure, managing costs, meeting regulatory requirements, and optimizing system performance, such as in utility-scale transmission or distribution.

Standards and regulations include those established by IEEE, IEC, and national electrical codes, which govern the safety, performance, and reliability of electrical systems. Additionally, product compliance is ensured by adhering to UL, CE, FCC and other standards.

ADC mitigates harmonics by directly powering end-use loads with direct DC, eliminating the need for conversions. Additionally, with advanced filtering technology, the ADC system acts as a shield, preventing return currents from leaving the building back to the grid.

By reducing harmonic distortion and voltage fluctuations, ADC Energy prolongs the lifespan of electrical components and reduces maintenance needs.

Safety standards and regulations are set by organizations like IEEE, IEC, and National Electrical Codes, covering aspects such as installation, operation, and maintenance.

It prevents equipment damage by minimizing harmonic distortion, maintaining voltage stability, and using protective devices to prevent overloading and short circuits.

Harmonic mitigation reduces electrical noise and interference, preventing overheating and equipment damage, thereby enhancing overall system safety.

Safety inspections involve checking for compliance with standards, verifying proper installation, testing system performance, and ensuring all safety measures are in place. This process is carried out by a certified commissioning partner.

Voltage stability is maintained through real-time control systems that adjust power flows and prevent fluctuations, ensuring consistent voltage levels.

The ADC system is equipped with a battery backup to ensure a reliable power source during emergency blackouts. This feature provides uninterrupted power supply, maintaining system operation and safeguarding essential functions even when the main power source is unavailable.

Real-time monitoring tracks system performance, detects anomalies, and triggers automatic responses to prevent faults and ensure continuous safe operation.

Safety protocols include real-time monitoring, protective relays, fault detection features, emergency shutdown procedures, and compliance with safety standards.

ADC systems are safety certified by recognized labs to ensure national compliance and are installed by certified electrical engineers and contractors. These professionals adhere to standard building codes and safety protocols, guaranteeing both code compliance and safety for electrical systems.

ADC provides innovative financing options, allowing the savings from our highly efficient systems to cover the monthly costs. In most cases, you'll see a return on investment immediately after installation. Why wait 3-5 years when you could experience immediate savings with ADC!

ADC enables businesses to generate and manage their own power, potentially selling excess energy back to the grid or providing private energy services, creating a steady revenue stream by offsetting monthly utility cost through direct DC applications.

By supporting sustainability goals, companies can stand out as leaders in innovative energy solutions. This approach not only contributes to a greener future but also enhances reputation, appeals to eco-conscious leaders, and provides a competitive market edge.

Cost benefits include reduced energy losses, lower maintenance costs, extended equipment lifespan and reducing construction requirements.

Stay updated with all our latest news and announcements—just a click away! www.adcenergyusa.com

The market potential is significant, particularly in sectors focused on renewable energy, smart grids, and energy-efficient building systems, with growing demand for innovative energy solutions.

Long-term benefits include sustained cost savings, enhanced energy security, reduced environmental impact, improved corporate image, and potential new revenue streams.

Businesses can engage with ADC, research institutions, and industry consortia to pilot projects, demonstrating feasibility and gathering data for large-scale adoption.

Collaborations with technology providers, renewable energy companies, regulatory bodies, and research institutions to develop, implement, and optimize ADC systems.

Regulatory considerations include compliance with electrical codes, safety standards, environmental regulations, and potential incentives for adopting renewable energy technologies.

ADC provides a range of financing options tailored to meet specific building requirements and customer needs. One such option, Energy as a Service, enables businesses and individuals to reduce capital expenditures, access the latest technologies, and potentially achieve energy savings and sustainability goals without the need for upfront investments.