Maisvch Empowers Renewable Energy Network Infrastructure for a Clean and Sustainable Future

The intensification of environmental pollution and the crisis of energy shortage have become the sword of Damocles hanging over the head of mankind. Greenhouse gas emissions are driving global warming, and the unsustainability of fossil fuels is becoming increasingly prominent. In this case,

Here are several factors:

Carbon crisis: Global CO₂ emissions will reach 36.8 billion tonnes in 2023 (IEA data), of which fossil fuel combustion accounts for 73%. If the energy transition is not accelerated, global temperature rise could exceed 2°C this century, triggering extreme climate catastrophes.

Air pollution deaths: According to the World Health Organization (WHO), about 7 million people die prematurely each year due to air pollution, with traditional energy sources such as coal-fired power plants and gasoline-powered vehicles contributing a huge amount.

Fossil energy depletion: Global oil, coal, and natural gas reserves are only expected to last for 50~100 years (BP Energy Outlook), while new energy sources such as wind and solar energy are almost unlimited.

the construction of a new energy system represented by wind and photovoltaic energy, and the development of large-scale energy storage technology to match it, has jumped from a strategic choice to a survival necessity – this is not only related to energy security, but also the only way to achieve sustainable development.

The new energy and energy storage industry is ushering in an unprecedented wave of development. The installed capacity of wind power and photovoltaic power continues to grow rapidly, and large-scale energy storage power stations have sprung up. Energy storage systems play a central role in grid peak regulation, smoothing out new energy fluctuations, and improving power supply reliability.

Global installed wind power and photovoltaic capacity: 510GW (350GW of PV + 160GW of wind power) will be added in 2023, with a cumulative installed capacity of more than 3,800GW (BNEF).

Energy storage market surges: 98GWh of new energy storage capacity was installed globally in 2023 (up 89% year-on-year) and is expected to reach 1,000GWh in 2030 (Wood Mackenzie).

Cost advantage: In 2023, the LCOE (levelized cost of electricity) of global photovoltaic power generation has dropped to 0.03~0.05 US dollars/kWh, which is lower than that of coal power (0.06~0.15 US dollars/kWh) (IRENA).

The intermittency of wind and solar resources and the distributed characteristics of energy storage facilities make efficient, stable and intelligent coordinated control a huge challenge. In this complex system, network communication is like a central nervous system,

However, new energy and energy storage scenarios put forward almost harsh requirements for communication networks:

1. Extreme environmental challenges: The equipment is often deployed in the field or industrial site with high temperature, low temperature, high humidity, salt spray, and strong electromagnetic interference, and it is difficult for ordinary commercial equipment to operate stably.
2. Strict reliability （MTBF） requirements: Communication interruptions at the millisecond level may lead to device disconnection, power shocks, and even security incidents, requiring extremely high stability on working status without any disconnected.
3. Ring network topology and self-healing : Network infrastructure is an essential part of the renewable energy system, Ring network with fast self-healing can ensure the safety of the network；
4. Scale and complexity for device connection: Scattered sites, numerous devices, and diverse protocols/ports make network planning, management, and maintenance more difficult. A flexible connection and protocol conversion solution is needed；
5. High speed and long-distance transmission: Video monitoring needs high bandwidth; Most of the power generation plants are built at remote area and Optical transmission is required in the system.

 

Maisvch provide a full solution with their industrial ethernet switches and other products to build a reliable communication network infrastructure for renewable energy system：

Photovoltaic power generation control/data acquisition & video surveillance system

Energy storage power station PCS/EMS/BMS system

Maisvch Products Advantage：

Technical：

Industrial design：Rugged design for harsh environment，IP40 and wide temperature range from -35℃-75℃；Compact size for easy installation；EMC level 4 avoids any electromagnetic interference；

Long MTBF Lasting：Test approved more than 300000 hours and user case approved 100000+ hours MTBF time duration；

Ring network and self-healing：support public Ring as well as private MW-ring with fast self-healing within less than 20ms，

Support various ports and protocols：Maisvch products can support most of the industrial ports such as RJ45, PoE, Optical port, SFP, SFP+, M12, RS232/485/422, CAN, TTL, DI/DO, AI, USB, HDMI…and protocols like VLAN,MW-Ring, ,DHCPv4, DHCPV6, RADIUS, OSPFv2/v3, VRRPv2/v3, Profinet, EtherCAT, Modbus RTU /ASCII, Modbus TCP, MQTT, RealCOM, RFC2217, NTP, OPCUA, IEC104…

Up to 10G with fiber optical/wireless transmission: Maisvch Ethernet switch can support up to 10G/port speed and optical transmission distance at Max 100km, with wireless solution, a limitless coverage can be realized where ever there is cellular network supports;

About Maisvch：

Maisvch is a professional expert and dedicated to industrial communication solution for more than 24 years, can provide a stable and reliable network infrastructure with its full-line products for renewable energy and energy storage industries;

As an independent company, having its own R&D, manufacturing facilities, sales and marketing team, as well as globally technical support department, can provide customized technical offers, 7 days fast delivery and 24hours*7days technical support;

Want to know more: www.maisvch.com   sales@maisvch.com