Welcome to the Industrial Automation website!

NameDescriptionContent
XING-Automation
E-mail  
Password  
  
Forgot password?
  Register
当前位置:

Climate and Energy Summit: Co-Chairs’ Statement

F: | Au:佚名 | DA:2023-11-20 | 797 Br: | 🔊 点击朗读正文 ❚❚ ▶ | Share:

                                                             Building a Grand Coalition to Keep 1.5 ºC Within Reach

Madrid, Spain – Two months before COP-28, the International Climate and Energy Summit was held in Madrid on 2 October 2023. Co-chaired by H.E. Teresa Ribera, Vice-President of the Government of Spain, and Dr. Fatih Birol, Executive Director of the International Energy Agency (IEA), the Summit was opened with statements from H.E. Antonio Guterres, Secretary General of the United Nations, and H.E. Dr. Sultan Al Jaber, President-Designate of COP-28.

The Summit brought together Ministers and Senior Officials from thirty-five countries across five continents and Heads of four International Organisations. The discussions included inputs from industry, civil society and youth organisations.

The present statement is provided under the responsibility of the Co-Chairs and represents their own high-level summary of the discussions that took place.

Science has issued ever stronger warnings: we are running out of time. In 2023, the world experienced the hottest July and hottest August ever, according to data from the World Meteorological Organisation. It is very likely that 2023 will be the hottest year ever recorded. This year has been marked by a devastating series of extreme weather events; no part of the world has been spared. We must move faster to tackle global warming if we want to achieve the goals of the Paris Agreement.

We have the tools to move faster. Participants expressed strong appreciation of the finding of the International Energy Agency’s recent report, Net Zero Roadmap: A Global Pathway to Keep the 1.5 °C Goal in Reach – 2023 Update, that the key actions required to bend the emissions curve sharply downwards by 2030 are well understood, cost effective and are taking place at an accelerating rate.

Three key actions provide 80% of the emissions reductions needed to put the energy sector on a pathway consistent with limiting warming to 1.5 ºC. These are: tripling the installed capacity of renewables, doubling the rate of energy efficiency improvement, and reducing methane emissions from fossil fuel operations by 75% by 2030. These actions to scale up clean energy and improve energy efficiency are critical to driving down fossil fuel demand this decade while ensuring an orderly transition, minimising volatility in energy prices and providing a clear planning horizon to industry. These points provide a key benchmark for the success of COP-28.

The Sixth Assessment report of the Intergovernmmental Panel on Climate Change clearly highlighted that “[net] zero CO2 energy systems entail: a substantial reduction in overall fossil fuel use”, enabled by the rapid growth of low-emissions sources of energy supply. Recent analysis from the IEA shows that, based on today’s policy settings and even without additional climate policies, demand for each of the three fossil fuels is set to peak this decade, thanks to the extraordinary growth of decarbonised energy technologies. The beginning of the end of the fossil fuel era is in sight, but it needs to be accelerated if the 1.5 ºC goal is to be met. A recognition of this from COP-28 would provide important guidance for an orderly transition.






The transition must be collaborative, inclusive and people-centred. Ensuring the scale-up of decarbonised energy investment in emerging market and developing economies must be a central focus of global collaboration and implies reform of our multilateral financial institutions. International collaboration is needed to scale up resilient, diverse, open and sustainable clean energy technology supply chains, notably for the critical minerals that are required to make many of the key technologies. Cooperation is needed more than ever before in today’s context of geopolitical fragmentation. Keeping the goal of limiting global warming to 1.5 °C in reach requires countries around the world to come together quickly. The good news is we know what we need to do – and how to do it. But strong international cooperation is crucial to success.

For these reasons, at the Climate and Energy Summit in Madrid on 2 October 2023, the following key objectives for COP28 were put forward:

1.Supporting the tripling of global renewable electricity generation capacity by 2030, through the implementation of policies to create strong project pipelines, sound and responsive regulatory environments, and programmes – including through international support – to lower the cost of capital for renewables projects in developing economies.
In line with this objective, particular attention needs to be paid to the appropriate development of electricity grids to ensure the adequate integration of renewables, as well as to the promotion of worker training and the development of new skills.

2.Aiming to double the rate of improvement in global energy intensity by 2030, through the implementation of effective policy, the creation of conditions to attract investment, and rapidly implementing robust energy efficiency and electrification policies.

  • National Instruments NI 9264 Output Module
  • National Instruments IC-3173 Controller
  • National Instruments NI 9234 Vibration Module
  • National Instruments SMB-2163 DIO Accessory
  • National Instruments PXIe-1062Q DSA System
  • National Instruments USB-6289 DAQ Device
  • National Instruments NI 9233 Vibration Module
  • National Instruments PXIe-5840 VST
  • National Instruments PXI-1033 and PXI-6132 System
  • National Instruments GPIB-USB-HS+ Controller
  • National Instruments NI 9231 Sound and Vibration Module
  • National Instruments cRIO-9074 CompactRIO Controller
  • National Instruments 782536-01 DAQ Module
  • National Instruments 779781-01 DAQ Module
  • National Instruments PXIe-8388 MXI Express Controller
  • National Instruments SCXI-1520 Strain Bridge Module
  • National Instruments PCIe-6320 Multifunction DAQ Card
  • National Instruments NI 9234 Sound and Vibration Module
  • National Instruments USB-4431 Sound and Vibration Device
  • National Instruments NI 9227 Current Input Module
  • National Instruments PXI-1033 PXI Chassis
  • National Instruments NI 9213 Thermocouple Module
  • National Instruments PXI-1042 PXI Chassis
  • National Instruments PXI-6229 DAQ Card
  • National Instruments cRIO-9075 Controller
  • National Instruments PCI-6033E DAQ Card
  • National Instruments PCIe-6363 DAQ Card
  • National Instruments cDAQ-9174 Chassis
  • National Instruments PXIe-8880 PXI Controller
  • National Instruments NI 9242 Analog Input Module
  • National Instruments USB-6221 BNC DAQ Device
  • National Instruments NI 9220 Analog Input Module
  • National Instruments cRIO-9068 CompactRIO Controller
  • National Instruments PXI-4130 Source Measure Unit
  • National Instruments USB-6251 Multifunction DAQ Device
  • National Instruments PXI-8106 Embedded Controller
  • National Instruments USB-6218 Multifunction DAQ Device
  • National Instruments PCIe-1473R Camera Link Frame Grabber
  • National Instruments PXIe-4341 DSA Module
  • National Instruments PXI-8102 Embedded Controller
  • National Instruments cDAQ-9178 Chassis
  • National Instruments USB-6210 DAQ Device
  • National Instruments USB-6212 DAQ Device
  • National Instruments NI 9485 Relay Output Module
  • National Instruments NI 9208 Current Input Module
  • National Instruments PXIe-4141 SMU
  • National Instruments PCI-6154 DAQ Card
  • National Instruments cRIO-9038 Controller
  • National Instruments PCI-6133 DAQ Card
  • National Instruments LabVIEW RIO Kit 501684G
  • National Instruments PXIe-6396 Embedded Controller
  • National Instruments USB-8502 CAN Interface Device
  • National Instruments NI 9264 Spring Terminal Output Module
  • National Instruments NI 9213 Thermocouple Input Module
  • National Instruments NI-9205 Analog Input Module
  • National Instruments NI 9264 Analog Output Module
  • National Instruments USB-6212 Multifunction I/O Module
  • National Instruments PXI-4071 FlexDMM Multimeter Module
  • National Instruments NI-9208 DSUB Current Input Module
  • National Instruments PXIe-6363 X Series I/O Module
  • National Instruments NI 6587 LVDS Digital I/O Module
  • National Instruments PCI-6225 Data Acquisition Card
  • National Instruments NI-9262 Analog Output Module
  • National Instruments NI 9235 Quarter Bridge Input Module
  • National Instruments PXIe-8301 Remote Control Module
  • National Instruments PXI-4071 FlexDMM Module
  • NI-9234 Sound and Vibration Input 779680-01
  • NI 9229 Isolated Analog Input Module
  • NI cDAQ-9178 USB CompactDAQ Chassis
  • National Instruments NI 9220 143613B-06L Analog Input Module
  • NI 9229 Analog Input Module
  • NI 9246 Analog Input Module
  • NI PXIe-1071 PXI Express Chassis
  • National Instruments 9225 780159-01 Analog Input Module
  • NI cDAQ-9171 USB CompactDAQ Chassis
  • NI PXIe-8840 Embedded PXI Controller
  • Bonfiglioli A202 UH35 FIA 39.6 Right Angle Reducer
  • Bonfiglioli BN 90 LA 4 Gearmotor 1.5kW i=14.1
  • Bonfiglioli BN71A4 Motor with C313PP71 Gearbox
  • Bonfiglioli MP 130 1 4 STD 114A CD Planetary Gear Head
  • Bonfiglioli LC155 1 10 STD Gearbox
  • Bonfiglioli Vectron ACU401-13 FA Inverter
  • Bonfiglioli AEC500-31A Solar Inverter
  • Bonfiglioli BN63B6 Geared Motor VF44P
  • Bonfiglioli Vectron ACT410-23 Inverter
  • Bonfiglioli FR FRIZ 11/90 Clutch
  • Bonfiglioli A/11.90 B3 Clutch Brake
  • Bonfiglioli 50.180.3000 Servo Motor
  • Bonfiglioli NFF 14 112 EE Clutch
  • Bonfiglioli BMD 65 Permanent Magnet Motor
  • Bonfiglioli MP 080 2 20 STD 73A1 CD Planetary Gearbox
  • Bonfiglioli VF/VF30/63 P1 1520 Gearbox
  • Bonfiglioli M3SA4 FD with X F202 H35 10.0 Gearbox
  • Bonfiglioli ACU401-19A Frequency Inverter 5.5kW
  • Lafert B6306P-02276 Servo Motor with Bonfiglioli A102
  • Bonfiglioli ACU401-09FA Frequency Inverter 1.1kW
  • ProMinent Sigma S1CBH12035 with Bonfiglioli BN56B4
  • Bonfiglioli TR 080 2 20 STD Planetary Gearbox
  • Bonfiglioli ACT400-040A Frequency Inverter 15kW
  • Bonfiglioli BE 132 MA 4 Electric Motor 7.5kW
  • Bonfiglioli W86 U30 P100 Gearbox
  • Bonfiglioli MP105 2 25 Planetary Gearbox
  • Bonfiglioli BE160L4 Motor 15 kW
  • BONFIGLIOLI TMP-105 2 25 15 19 40 70 90 Planetary Gearbox
  • Bonfiglioli Vectron ACU401-18 FA Inverter
  • BONFIGLIOLI BE80B4 Motor with A302 UH35 76.5 P80 VA Gearbox
  • Bonfiglioli Vectron VCB400-180 Inverter
  • Bonfiglioli P63B14B3 Motorization Encoder
  • Bonfiglioli Vectron ACT201-13FA Inverter
  • Bonfiglioli F202 H30 P90 Gearbox
  • Bonfiglioli BN71A4 C313 P P71 Gearmotor
  • Bonfiglioli ACT201-11FA Frequency Inverter
  • Bonfiglioli ACU410-21 3 FA Inverter 7.5kW
  • Bonfiglioli RA0 60/00 Gear Reducer i=182
  • Alpha VDS 063-MF1-10-141-BE Planetary Gear 20018280
  • Stöber FDR 71B/10 Gearmotor 0.37kW
  • Stöber DW0-2000-037-4 Gearbox 0.25kW
  • Bonfiglioli M3SA4 FD R with X F252 H35 16.6 Gearbox
  • Bonfiglioli BN90LA4 Adjustable Gear Motor 1.5kW
  • Alpha LP 090-MO1-5-111-000 Planetary Gearbox
  • Bonfiglioli 335 M3 C Planetary Gear Motor
  • Bonfiglioli TR060 2 18 STD 50C CD 14 S1 OR SB KE Gearbox
  • Bonfiglioli MP1GD3036L001 Gearbox
  • Bonfiglioli BN90LA4 Gear Motor 1.5 kW
  • Bonfiglioli A302 UH35 P90 Gearbox
  • Bonfiglioli ACU410-31A5 Inverter
  • BONFIGLIOLI BMD 118 14 4500 400 165 SS TC1 RES2 P1N S1N CUS JB00013358
  • Bonfiglioli A302 UH40 P90 Reducer