The changing business environment of today which is symbolized by cross border flow of capital, technology and products has broadened the dimensions of accountability and performance. An increasing awareness of issues like ecological, economical and social sustainability has made it imperative for the accounting profession to adapt itself towards a substantive role in creating and enabling such development which does not impair the future.
Professional accountants are increasingly involved in the measurement, recording, reporting and stating assurance on sustainability issues. Sustainability permeates many aspects of any accountants work including the measurement of liabilities and impaired assets, the design and operation of management control systems, the identification and management of risk, the reporting and assurance of information and compliance with laws and regulations.
The two criteria which are frequently used by companies for reporting sustainability issues are the GRI Guidelines and the AA 1000 Framework. The GRI (Global Reporting Initiative) is a joint initiative of the
This article traces the history of sustainable development around the world, analyses the reasons which have contributed to the growing importance of sustainability reports and the role which professional accountants can play while preparing such reports.
The
It was the Swedish Government, which took the initiative into bringing forth the problem of human environment on the agenda of the United Nations for the first time. Increasing awareness of serious negative environmental effects due to rapid development of science and technology, particularly after the Second World War, provided the general background to the Swedish initiative. These problems transcended national boundaries and cut across traditional administrative borderline. The notion of the growing interdependence between the nations, which resulted from these developments, stimulated the need of a new concept in global politics, is that of the oneness of our planet i.e. the fragile space ship earth. The stage was set for a new kind of international discussion, popularly known as Sustainable Development. Subsequent to the Stockholm Conference, World Conservation Strategy at
The concerns of the degradation of environment were common to all nations, but the approach to the solution of the problems was sharply divergent. The developing countries felt that the issues of environmental concerns were the luxury of the West and the rich, whereas for the developed nations environmental pollution and conservation of genetic and natural resources were prime areas of concern. It was at the Stockholm Conference that the former Prime Minister of
Industry and Sustainable Development
Business and industry have a key role to play in the global drive for sustainable development. In the run up to and since the Rio Earth Summit, business’s commitment to this goal has been apparent through many innovative initiatives launched by individual companies and business groups. Path-breaking private-public sector partnerships have also contributed significantly to the effort. The launch of many positive voluntary programmes, such as the ICC Business Charter for Sustainable Development and as described in the WBCSD’s (World Business Council for Sustainable Development) report "Signals of Change: Business Progress Towards Sustainable Development," indicates the broad agreement of industry worldwide to integrate sustainable development considerations into nearly every aspect of their day to day activities. Responsible entrepreneurial businesses are the driving force for sustainable economic development and provide the managerial, technical and financial resources to contribute to the resolution of environmental challenges.. Globally, the private sector is a primary source of employment creation, information, training, and capacity building. However, if the private sector is to make its full contribution to sustainable development, an essential prerequisite is a sound policy framework, both at the national and international level. Many challenges still remain and industry must continue to improve performance and keep stakeholders informed of its policies and practices.
Sustainability Report
Till date there is no international financial reporting or auditing standards dealing directly with social, environmental or sustainability accounting, reporting or auditing issues. One way of informing stakeholders about the progress, policies and practices related to sustainable development is through Sustainability Reports. Such a report is a stand alone, general purpose report issued by an organisation about its economic, environmental and social performance e.g. an environmental report.
Growing importance
Various global trends, such as the ones discussed below, have assumed significance over the past few years and have been instrumental in propelling the need of sustainability reporting by the corporate.
Globalization: In a world characterized by massive cross border flow of capital and technology, the opportunities of creating wealth have increased multi fold. Alongside, there are concerns that such wealth may increase inequality amongst various social groups. While both governmental and non governmental organizations have a role to play in the globalization process, it is the corporate activity that remains its driving force. As a result almost all stakeholders including the corporate are seeking new forms of accountability, which may give some sort of a credible description of the consequences of the continuously expanding business activity across the globe.
Global governance: A border less global economy, which is being witnessed today, requires an equally borderless governing structure to help the private sector achieve goals which are socially, environmentally and economically viable. Various national and international institutions shall need to extend their capacity to govern such corporate activity. New models of international governance affecting areas such as green house emission, effect on ozone layer depletion or the emission of toxic pollutants, labour practices and the ever expanding financial standards signify the importance being given to global governance in the flat world of today. One of the common requirements from all these models is that of a high level of transparency.
Improvement in Corporate Governance: The recently witnessed Corporate Scandals like the ones of Enron and World Com has brought to focus the need of improving upon the existing corporate governance practices. It is now accepted that companies have a major role to play in the prosperity and continuous development of any society. whether it is economically or socially or for that matter environmentally. In such a scenario the investors and all other stakeholders expect the highest standards of ethics, transparency, sensitivity and responsiveness from the corporate. The role of auditors is under scrutiny the world over and so is the behaviour of the board members. Today, corporate governance is being not only looked upon as a compliance activity but the dimension of its performance is being given the most importance. The importance of corporate governance can be understood by looking at the number of initiatives being taken by various institutions and organisations by way of issuing guidelines. Amongst the foremost are the Cadbury Commission, the Turnbull Report of the
Emerging economies and globalisation: Countries like
Communication boon and rising expectations from organisations: The transfer of information today has re-characterised the history of human existence The use of internet and other high profile communication system has amplified the speed and force of feedback mechanism. Consumers are today supported by more media coverage on sustainability issues and are hence more sensitive while evaluating companies. Such an unprecedented exposure has increased the expectations of the customers, consumers and other stakeholders in regard to sustainable activities of various companies. Today the risks of loosing brand image because of reasons related to sustainability are much more than the yester years.
Governments involvement in sustainable reporting Although sustainable development had become a popular concept by the mid 90s, little was done to promote sustainability reporting. Today there are innumerable numbers of voluntary, statutory and regulatory initiatives taken in this regard. There is increasing talk of incorporating Non Financial measures in annual reports in almost all countries in the world including India. Narrative reporting appears to be there to stay. Some actions are propelled due to national and international requirements especially those related to social and environmental factors.
The pressure of financial markets: Financial industry is increasingly demanding sustainability reports. Such a demand has been primarily spurred by the growing demands of social and ethical funds among institutional and individual investors. “ The International Finance Corporation (IFC) a member of the World Bank Group, which is the largest multilateral source of loan and equity financing for private sector projects in the developing world , has made sustainable performance a basic criteria for the grant of any assistance. IFC regularly monitors the environmental and social performance of projects in its investment portfolio. Also, the understanding of the relationship between sustainable activities and the value of the corporate is on the increase. Linkages between sustainability performance and key value drivers such as goodwill of the corporation, brand image and future asset valuation are influencing financial markets to adopt new tools for understanding and predicting value in capital markets:
· Strategy - identification of relevant sustainability issues and stakeholder involvement.
· Measurement and recording – measuring environmental benefits, costs and liabilities; management information systems for sustainability data; internal controls for sustainability issues; environmental cost and management accounting.
· Management and interpretation – identification and appraisal of environmental threats and opportunities; incorporation of environmental and sustainability criteria into investment decisions; environmental management systems; managing environmental benefits, costs and liabilities; sustainability and codes of corporate conduct; responsible and sustainable supply chain management.
· Reporting and assurance – preparation of internal and external sustainability reports; internal reporting of sustainability performance; communicating sustainability matters to management; the internal perspective on sustainability assurance; functioning of systems and codes; preparation of external assurance.
Role of an accountant
Accountants are employed in a wide range of functional areas spreading across different industry sectors and have varied roles and responsibilities to perform. The following are some specific areas where the accountant’s involvement shall be mandatory to further the idea of sustainability reporting;
· .Corporate Policies: Professional accountants working in business are frequently involved in framing company policies and developing business cases for action. While discharging their functions related to such roles and responsibilities, an accountant is ideally placed to mange the impact of sustainability issues in an integrated way. This can be extended to identifying, measuring and managing business risks. An accountant is suitably placed to provide some sort of an assurance that the proposed company policies are being implemented properly across the organisation. This can be done through the use of certain performance indicators to test the effectiveness of company’s policies and the reliability of related information.
· SCM (Supply Chain Management): In the flat world of today, good Supply Chain Management is necessary for remaining competitive. This awareness has led many a company to introduce policies which minimise risk related to reputation and goodwill. With the need of more information, either regulatory or because of the pressure from customers, companies will fast realise their responsibility towards managing the supply chain. In this regard accountants will have a prominent role to play in the preparation and monitoring of the purchasing policies and the design and operation of management systems relating to the supply chain.
· Stakeholder engagement: For stakeholder engagements to be effective, it is necessary that the information provided is reliable and trustworthy. The providing of such information shall at most of the times be the job of an accountant and in the process he shall need to work upon data relating to social, environmental and economic matters.
· Benchmarking: An effective benchmarking system requires timely publication of information that is relevant, reliable and comparable. An accountant’s role in such an exercise is monumental as he has the necessary expertise to collect and present both financial and non financial data. Also, an accountant’s expertise shall be useful in interpreting and analysing such collected information. Similarly, accountants working in business could also assist in raising the quality and credibility of the approaches adopted by the increasing number of benchmarking organisations.
· Taxes and Subsidies: One of the major functional responsibilities of many an accountant relates to the area of taxation and subsidies. Accountants are expected to give advice on taxation of all forms and the expanding development of environmental taxes is of increasing importance to them. All taxes or subsidies given for furthering the cause of sustainability will be of paramount importance to the concerned accountants and the latter shall find himself to be in an ideal position to contribute to the development and implementation of business policy which promotes sustainability.
· Tradable permits: Various tradable permits affect many a national jurisdiction and there is a challenging opportunity for professional accountants to contribute to the development of such policies at all levels including standards for accounting and reporting. For all those businesses which are affected because of such permits, there will be a compelling requirement of managing and accounting for ‘emission permits’, allowances and corresponding assets and liabilities. Needless to say, a professional accountant is the best suited for carrying out such an exercise.
· Assurance: Accountants will increasing be involved in collecting, checking and interpreting information relating to environmental and social impacts. This will most likely affect those who are employed in the mainstream reporting role or in internal audit. Accountants shall provide assurance on internally communicated information on sustainability issues in order to provide the necessary confidence to the board in the reliability of the information.
Conclusion
Sustainability Reporting is an all encompassing paradigm in the way the Corporate Social Responsibility is going to shape and assume. Transnationalisation of companies have to address these issues in an equally responsible manner in their set up in developing countries. It is not only that the capital flows are important for companies, but the preservation of country’s ecological and environmental needs are also equally essential. The reporting of the activities which the company performs for maintaining sustainable development is a complex issue. Companies have to take the task and report on sustainability as a part of their financial statements. Accountants and finance professionals will have a major responsibility towards such reporting requirements. As the trend appears, sustainability reporting shall be amongst the major area of concern for the global corporate in light of the growing need to protect nature.
The Joint Cost Issue at Vikas Hybrid Pvt Ltd
The case relates to a Himachal Pradesh based company, which was a pioneer in the manufacturing of solid-state electronic components. The case highlights certain Joint Cost problems, which the company faced while producing multiple products out of the same manufacturing process. The case was worked upon in the mid 1990’s at the Baddi plant in Himachal Pradesh. However, figures used in the case have been changed to maintain company’s privacy.
Joint production processes are common in the agriculture industry, the food manufacturing industry, the chemical industry and many others. Examples may include a poultry plant, an oil refinery, a sugar plant , a milk-processing unit and many others.
About Vikas Hybrid Ltd
Vikas Hybrid Pvt Ltd is a leading manufacturer and supplier of high-quality application specific standard products within the broad discrete, logic, and analog semiconductor markets. Diodes serve the consumer electronics, computing, communications, industrial, and automotive markets. Diodes' products include diodes, rectifiers, transistors, amplifiers and comparators, power management devices, including LED drivers and linear voltage regulators. The Company`s corporate headquarters, logistics centre, and India’s sales office are located in Delhi, India. Design, marketing, and engineering centres are located in Bangalore, India; Taipei, Taiwan; and Wolfsburg, Germany. The Company`s silicon rod fabrication facilities are located in Baddi,(HP) accompanied with two other factories , one of which is exclusively built for the manufacture of rectifiers , an important product of the company accounting for more than 30% of total cost of production.
This particular factory initiated work in 1992 as professional manufacturer of all kinds of rectifiers. In the past years, by keeping the principle of "Satisfying Customers with Excellent Quality and Superior Services", the company has obtained very good reputation all over India and elsewhere in the world.
Rectifier and its characteristics’
1906 was one of those years that would shape the world for years to come, although few people, if any, realized it at the time. In October 1906, Greenleaf Whittier Pickard (the grandnephew of the poet John Greenleaf Whittier) received a patent on a method for receiving radio signals that included a silicon point-contact diode. {U.S. Patent 836,531 was filed on August 30, 1906 and issued November 20, 1906}. The seed of thought of the use of silicon for controlling waveforms was probably born then, the tree came into being much later. Development in the theory and practice relating to the family of diodes(rectifiers included) has been rather slow. Although people didn't know for long how point-contact diodes worked, it didn't stop them from manufacturing and using them.
Rectifiers are used in power supplies to convert alternating current (AC) to direct current (DC), a process called rectification. Rectifiers allow electricity to flow in only one direction. Rectifiers are in reality diodes, the latter being the electrical version of a valve and early diodes were actually called valves.
Electricity uses up a little energy pushing its way through the rectifier, rather like a person pushing through a door with a spring. This means that there is a small voltage across a conducting rectifier. It is called the 'forward voltage drop'.
When a reverse voltage is applied a perfect rectifier does not conduct, but all real rectifiers leak a very tiny current of a few μA or less. All rectifiers have a maximum reverse voltage and if this is exceeded, the rectifier will fail and pass a large current in the reverse direction; this is called 'breakdown'/blockage.
The quality concept
The end user primarily assesses the quality of a rectifier by two distinct characteristics viz the swiftness of response in blocking current reversals and the maximum voltage level the rectifier can withstand. However, engineers at the factory are not aware of any method that could be used to produce rectifiers having exact specific characteristics. It has been noticed that every batch produced differs from the other although the conditions in which the manufacturing is done is the same for all batches. In addition, the characteristics of rectifiers within a batch are significantly different. It has been empirically seen that over a period concerning several production runs the distribution of rectifier characteristics resembles a normal distribution.
The production process
Silicon is used as the intrinsic semiconductor, to which the proper dopants are added. A dopant, also called a doping agent, is a trace impurity element that is added to silicon (in very low concentrations) in order to alter the electrical and physical properties of the product. Typically, the production process is initiated with a batch of 60 silicon rods being heated in a furnace with a temperature of around 1400 degree Celsius. The dopants are added in the same process. In case one alters the quantity of dopants one could bring about significant changes in the characteristics of the ultimate product. However, it is difficult to predetermine the exact quality of rectifier, which shall be produced with some standard quantity of dopant added to standard amount of silicon. It has been noticed that the enhancement of one characteristic is accompanied with a reduction of some other quality. In fact, it is extremely difficult to get exact quality of the finished product because a small variation in the temperature of the furnace and variability in gas distribution could alter substantially, the final product characteristic.
Once the silicon rod is heated in the furnace and dopants added, the following process of production is followed;
1. Each silicon rod is cut into 2,000 silicon chips , each approximately the size of a small pebble possibly as big as a black hole.
2. Every chip is subsequently placed between two metallic cylinders and compressed between them.
3. The above mentioned is then enveloped in a glass sleeve which is then heated in order to form the desired bond with the silicon chip.
4. Silver and copper wires are attached after which the finished product is painted and marked with the product name.
It has been noticed that only 50% of the 1,20,000 chips initiated in production reach step 3. Out of the ones so processed, only 33.33% are saleable as part of the regular product line. 5,000 rectifiers are produced below quality and are sold in the market as seconds. Marketing efforts are not needed to sell these seconds and they are not assigned any inventory value.
Data relating to Cost of Production is given below;
Annual Costs (Rs)
Batch Costs(Rs)
Direct Material 1,27,500
Direct Labour 81,600
Variable Overheads 1,17,300
Total 3,26,400 × 20# 65,28,000
Non variable costs## 16,32,000
Factory Overheads## 20,40,000
Total Manufacturing Costs 1,02,00,000
# Production of rectifiers is done in batches approximating 20 Nos in a year.
## Allocated to N Series rectifiers based on direct labour.
ACCOUNTING ISSUES: HOW TO ACCOUNT FOR JOINT COSTS
Direct material and Direct Labour are costs, which can economically and feasibly be traced to the ultimate product, the N series rectifiers. However, Indirect Costs popularly known as Overheads are not directly assignable and hence need to be allocated. It is popularly understood in the industry that a detailed absorption cost per unit is required for decision-making and inventory valuation purposes.
In the case of silicon rectifiers, different quality finished products are created because of differing impurities (dopants) and variable temperature in the furnace. These different quality rectifiers have different sales value; however, the cost to produce them is “Joint”. This implies that Vikas Hybrid has no mechanism to match any of the costs with any of the individual component produced in one batch. Concisely, all costs are incurred to produce rectifiers with varying electrical and physical characteristics.
Allocation of Joint Costs at Vikas Hybrid can be done by any of the following two popularly known techniques;
1. All Joint Costs are divided by the total number of saleable units produced during the process. The method is known as the average or physical unit method. Such a method shall normally yield a different Gross Profit percentage because different quality rectifiers are sold at different sale value.
2. Joint Costs are assigned to units based on their relative sale value e.g. in case Jont Costs incurred for producing products A,B and C are Rs 1,000 and the sale value of the products is Rs 500, Rs 300 and Rs 200respectively , the allocation of cost to “B” is 30% of Rs 1000 or Rs 300 and so on. In this particular method the Gross Margin percentage of all the products remain the same.
THE DECISION MAKING DILEMMA
The following table provides a list of the sales price and present inventory levels for the N series rectifiers. The projected annual sales and production are also shown. The breakdown of the products in each batch is similar.
TABLE
Product Blockage Maximum Voltage Annual Sales Orders Sale Price per unit (Rs) Current Inventory Annual Production in units
N71 .30 -.79 200 1,05,000 20.40 3,000 95,000
N72 .80-1.25 300 1,35,000 30.60 10,000 1,15,000
N73 1.26 – 1.75 400 1,05,000 35.70 10,000 95,000
N74 1.76 – 2.30 500 35,000 40.80 10,000 55,000
N75 2.31 – 2.80 600 20,000 51 2,000 40,000
4,00,000 35,000 4,00,000
(Note : As mentioned earlier, a typical batch of rectifier produces approximately 5,000 units of the lower quality rectifiers known as Seconds. These rectifiers are not assigned any inventory value and whatever revenue is generated through their sales is credited to miscellaneous income. At present 65,000 such rectifiers are in stock. The demand for such rectifiers is extremely price sensitive. At present Vikas Hybrid sells these rectifiers at a rate of Rs 12.75 per unit.)
Geetika , a Chartered Accountant had just begun a six months training programme at the Baddi factory of Vikas Hybrid. She was summoned by her immediate senior, Arvind, who called her attention to a order of 6,000 units of series N71 rectifiers. The inventory level of N71 was not sufficed. Since customers were perfectly OK with units that met their needs or exceeded them, Vikas Hybrid could also deliver from the other units of the N series. However, customers were not willing to pay extra for the higher characteristics.
Arvind asked Geetika to decide from amongst the following options;
1. To fill the order with N72 rectifiers.
2. To initiate a fresh batch of production so as to fulfil the order with N71.
3. To turn down the order because of lack of stock.
The fresh batch of production was an extremely good idea, however, it would entail the production of other units along with, thereby increasing inventory. Since Arvind’s performance was evaluated as a function of the “profits generated less inventory carrying cost”, he was not too eager to adopt the second option. Also there was a chance of this increased inventory getting obsolete. All along, Arvind had maintained inventory levels of one months sale as according to him a turnover ratio of 12 times was an appropriate balance between stock outs and excess investment.
Another matter which Arvind discussed with Geetika was an offer which had recently been received from a electrical manufacturing company to buy 4000 units per month of the N series seconds rectifiers at a price of Rs 7.65 per unit. The company was willing to sign a yearly contract for the same. Arvind told Geetika about his discussions on the same with the production manager. Apparently, the production manager was dead against the order maintaining that the price offered was throw away and would not even recover the out of pocket expenses of Rs 16.32 per unit in the production process of the same. According to him, it was silly to lock an order, which would not even recover the variable costs incurred. Arvind , however, was deeply concerned over the growing inventory levels, even though they were carried at zero inventory value. He asked Geetika whether she agreed with the production manager that it was naive to sell seconds rectifiers at Rs 7.65 per unit. According to him, it represented pure profits as seconds inventory was assigned zero value by the cost accounting department.
Another problem which Arvind shared with Geetika concerned a one time Indian Navy request for bids on1,00,000 units of N74 rectifiers. The Indian Navy had asked for a cost plus bid, however, Arvind was not sure about what constituted cost. Delivery was to be made uniformly for a period of eighteen months at about 5,500 units per month. Although Vikas Hybrid was not dependent on the government, the concerned work on a prestigious new Indian Navy system would certainly enhance its Goodwill.
Questions
1. Assuming zero opening inventory, how should Vikas Hybrid assign the production output (4,00,000 units) to the sales orders (4,00,000 units)?
2. Calculate per unit cost of the series N rectifiers in case an average costing system is used.
3. Calculate per unit cost of the series N rectifiers in case a relative sale value costing system is used.
4. Compute revenue, cost and profit if the order of 6,000 units of N71 was accepted for immediate shipment? Computations need to be done using both physical unit costing and relative sale value costing systems.
5. What should Geetika advise regarding the order of the electrical manufacturing company?
6. Discuss the behavioural implications of using the physical unit method and the relative sale value methods of costing systems?
7. Give your opinion on the price and manufacturing strategy for the Indian Navy contract?