The Future of Renewable Energy
Intelligent Power Plant Solution
To remain competitive, power companies are urgently turning to greener technologies and intelligent transformation. We offers digital power infrastructure that covers cloud, pipe, edge, and device layers. It also delivers specialized applications. The solution aims to build a secure, efficient, user-friendly, and intelligent green power generation ecosystem.
In this way, power generation customers improve efficiency and intrinsic safety, building intelligent power plants featuring zero accidents, unstaffed attendance and inspection, and reduced emissions.
Digital Solutions and Services
Visualization
Management
Value-added
Virtual Power Plant
Explore the Infinite possibilities of the IoT
Integrated digital platform
Our solution offers users centralized access to various service systems along with OT and IT data convergence. It accumulates power plant data assets to maximize data value. You can integrate software and hardware, quickly rolling out new services using our hyperconverged infrastructure platform. Plus, identity management and permission control are integrated throughout the factory, enabling full-lifecycle management of identities, authentication, permissions, audits, and warnings.
Centralized analysis platform
We offer the first integrated analysis platform for the industry. It features a flexible combination of storage, compute, services along with an on-demand combination of multiple algorithms. Our partners can also deploy algorithm platforms through our open hardware architecture. Plus, front-end intelligence and back-end parsing require a lot less computing power and save you up to 40% in construction costs.
Factory-wide integrated network
Our solution offers the capability to integrate both wired and wireless networks, allowing for the management of the entire plant network through a single device. This convergence not only simplifies network management but also reduces upfront investment costs due to the flexibility of the networking infrastructure. Additionally, our solution provides low latency and high bandwidth capabilities specifically designed for industrial wireless networks. This enables the implementation of smart applications within power plants, enhancing operational efficiency and productivity.
Sustainable Environmental Solutions and Services
Repowering
Sustainable Environmental Solutions and Services
Second-Life Solar panel
TRADING
Sustainable Environmental Solutions and Services
Repowering
SOLAR EPC PROCESS
1 PROJECT DEVELOPMENT
• Site Assessment
• Project Budgets
• Financing
• Regulatory Work
2 ENGINEERING
• Panel Layout
• Electrical Design
• Structural Design
• Performance Analysis
3 PROCUREMENT
• Purchasing
• Storage
• Security
• Logistics
4 CONSTRUCTION
• Installation
• Coordination
• Quality inspection
• Commissioning
Sustainable Environmental Solutions and Services
Repowering
SOLAR PUMP SYSTEMS for Agriculture
Prioritizing the utilization of solar energy to safeguard the environment stands as a central objective within Thailand's Integrated Energy Blueprint 2015-2036. In alignment with this comprehensive energy plan, our company underscores the adoption of solar pump systems to conserve water resources for agricultural purposes.
Thailand boasts a rich tradition in agriculture, with arable land covering approximately 41% of the nation's total land area. Currently, the energy intensive task of agricultural irrigation places a significant demand on electricity, particularly during the dry and hot seasons, which span from November to May. During this period, electricity costs for agricultural irrigation surge considerably, posing a substantial financial burden on farmers.
Employing solar pump systems, therefore, represents a solution that not only curtails the expenses associated with agricultural irrigation but also guarantees a dependable power source during the demanding farming seasons.
Sustainable Environmental Solutions and Services
Repowering
SOLAR PUMP SYSTEMS
An intelligent system has been developed for harnessing solar energy to power water pumps for agricultural or household use. This system is well-suited for regular water pumping, which would typically rely on electricity or fuel energy to operate. Although conventional power sources can become expensive over extended periods, the solar pump system offers a cost-effective solution. It operates continuously from sunrise to sunset, making it highly efficient and economically viable. The system adapts the water pump's strength to match the water delivery area and the height of the water tank, ensuring optimal performance.
The SOLAR PUMP SYSTEM COMPRISES:
1. Solar Panels: These panels generate electricity by harnessing solar energy. They serve as the primary power source for the entire system.
2. Water Pump: Responsible for drawing water from source and transporting it to a designated storage area or the point of use.
3. Controller: Manages the electrical system and regulates power distribution to the pump, ensuring smooth operation.
4. Inverter: Converts the electricity generated by the Solar Pump System into AC current (Alternating Current) for the pump to function effectively.
5. Water Tank: Designed to store water pumped by the system, ensuring a reserve for use during periods when the pump is not in operation.
Sustainable Environmental Solutions and Services
Recycling Solar Panels
for a Greener Future
As the need for sustainable energy sources continues to rise, the recycling of solar panels has emerged as a pivotal endeavor. It plays a vital role in curbing waste and mitigating the environmental consequences associated with the disposal of solar panels. This exploration delves into the significance of solar panel recycling, the obstacles it encounters, the present-day remedies, and the potential prospects for the future.
Sustainable Environmental Solutions and Services
The Environmental Impact of Solar Panel Waste
Solar panel waste can release toxic materials into the environment, negatively affecting both wildlife and human health. Sustainable recycling practices can minimize this impact.
As more solar panels reach their end-of-life, improper disposal can lead to significant environmental consequences. Proper recycling can significantly reduce this waste.
By recycling solar panels, fewer materials are wasted, and fewer emissions are generated. This can help reduce the environmental impact of alternative energy sources.
Sustainable Environmental Solutions and Services
Challenges in Solar Panel Recycling
1 Regulations
The cost of recycling solar panels can still be high, especially when compared with the price of new panels. However, as the demand for recycling increases, costs are projected to decrease.
2 Design
The complex design of solar panels can make it difficult and costly to separate and recycle the materials. New design and production methods can help address this challenge.
3 Costs
There is a lack of regulation regarding the disposal and recycling of solar panels, as well as different standards across the globe.
Sustainable Environmental Solutions and Services
Technological Advancements in Solar Panel Recycling
Automation
Advanced robotics and artificial intelligence can help streamline and automate the recycling process, making it faster and more efficient.
Advanced Technologies
New processes and technologies can minimize waste during the recycling process and increase recovery of valuable materials.
Circular Economy
Whole-system approaches can optimize the life cycle of a solar panel, reducing waste and increasing the usability of materials.
Sustainable Environmental Solutions and Services
Future Prospect of Solar Panel Recycling
Increased Demand
The demand for effective solar panel recycling is indeed on the rise and is expected to further increase as the solar industry continues to grow. As more solar panels reach the end of their lifespan, proper recycling becomes crucial to minimize environmental impact and maximize resource recovery.
Integrated Systems
New and innovative strategies are emerging that allow for the integration of solar panel recycling into existing systems to further reduce cost and waste.
Emerging Technologies
New technologies are being developed to increase the efficiency and sustainability of solar panel production and recycling.
