
Haihan Powering the Energy Storage Revolution
Comprehensive Intelligent Energy Solution
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USE CASES
Load Shifting
Load shifting involves transferring electricity usage from peak hours—when prices are high or grid demand is heavy—to off-peak periods with lower rates. For commercial and industrial users, integrating an energy storage system enables strategic shifting of load to optimize energy usage timing, enhance power efficiency, and reduce contract demand charges.
Peak Shaving and Valley Filling
By adjusting electricity consumption ba
Backup Power
With power shortages increasingly caused by overconsumption, equipment failure, or natural disasters, stored energy in an ESS can serve as a reliable backup solution. Ideal for power-critical environments and businesses, an ESS can instantly supply electricity during outages, minimizing downtime and preventing equipment or financial losses.
Demand Response
By integrating an Energy Management System (EMS) and working with demand aggregators, energy storage systems can participate in grid demand response programs. They help reduce peak load and enhance grid stability. Upon successful participation, businesses can also receive financial incentives, increasing the overall return on their energy storage investment.
Self-Consumption with Renewable Energy
From residential homes to businesses, energy storage systems can boost energy independence. When paired with renewable sources like solar panels or wind turbines, excess power can be stored for later use. This reduces reliance on the public grid, increases the utilization of green energy, and supports long-term sustainability goals.
SOLUTION
Energy storage systems help users reduce contract demand and basic electricity charges, cutting overall power costs. They also improve renewable energy self-consumption, lower grid feed-in losses, and enhance energy independence. In case of power outages or instability, storage provides immediate backup to ensure uninterrupted operations. With smart charge/discharge scheduling, users can respond to pricing and demand changes to save more energy. Haihan Energy’s systems also support demand response participation, offering extra revenue and enabling businesses to move toward carbon reduction and sustainability goals.
Department
Energy Management Division
At Haihan Energy Technology, the Energy Management Division conducts comprehensive research to enhance energy efficiency and sustainability. We evaluate emerging energy storage technologies and applications to identify optimal investment directions. Our team also focuses on system integration, exploring effective ways to combine storage systems with renewable energy for maximum energy utilization. Performance analysis, data modeling, and simulation are conducted to optimize charge and discharge strategies, aiming to reduce operational costs. In terms of technology assessment, we closely monitor the development of advanced storage solutions such as lithium-ion and flow batteries. Through a robust evaluation framework, we assess the feasibility of various storage solutions with accuracy. We are also dedicated to developing intelligent control systems to further enhance energy dispatch efficiency.
Operations & Manufacturing Division
The Operations and Manufacturing Division at Haihan Energy Technology oversees the full production management and quality control of our energy storage cabinets, with a focus on high efficiency and reliability. We specialize in the assembly, wiring, testing, and system integration of storage modules, continuously refining process parameters to ensure consistency and production stability. To meet diverse application needs—such as commercial and industrial storage—we offer modular and flexible design solutions, enabling fast adaptation to various scenarios. Our team enforces strict quality assurance processes, from raw material inspection and in-process testing to final shipment verification, all in compliance with standardized protocols. With systematic production management and real-time data monitoring, we ensure that every storage cabinet delivered is stable, safe, and meets all quality standards.
NEW ENERGY REVOLUTION
ESG & Corporate Sustainability
A Sustainable Future: Energy Storage Powering the Energy Revolution
In today’s world, sustainability has become a core priority across industries. Amid this global shift, energy storage technology is rapidly emerging as a key driver of the energy revolution. This innovation not only offers individuals and businesses convenient and efficient energy solutions, but also brings renewed momentum to environmental protection and social responsibility.
Company Profile
Smart Resource Management: Toward Environmental and Economic Sustainability
With a vision for sustainable development and global engagement, Haihnard upholds values of openness, inclusion, and wisdom. We are committed to efficient resource utilization, aligning with circular economy policies, and leveraging AI-driven environmental resource management to minimize waste and promote co-prosperity between the environment and the economy. Haihnard Group operates with a high degree of self-sufficiency in Taiwan, backed by in-house assembly facilities, software development companies, and subsidiaries in green energy and environmental recycling. This vertical integration allows us to complete the entire production process locally—fully developed and delivered in Taiwan.
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